In the general course of our business we collect information from users of our website in order to, amongst other things, supply additional information about our products and services. The policies detailed below outline how we will use the information obtained from users of our website and respect their privacy.

The type of information we may acquire from you
There are two types of information that we track from our users, non-specific information and specific personal information.

In the first case we track the non-specific information by IP address from which we cannot identify a user or any personal details. This information is used for us to identify popular web pages and amend content based on visitor profile history.

In the second case where a user has filled out a form to submit information including a name, e-mail address and company we may use this information selectively, only within our business, to send out communications which we consider will be of interest.

If you as a user consider that, for any reason, you no longer wish to receive any information or would like to modify the information we have recorded, then there are a number of choices to quickly and easily ensure that modifications are made:

1. Send an email to: .(JavaScript must be enabled to view this email address);
2. Send mail by post to: BHE Services Ltd, Wilkinson House, Radcliffe Rd, Bolton, BL3 1RU

If a user has subscribed to one of our e-mail mailing lsts and no longer wishes to receive information from us then they can send an e-mail message to .(JavaScript must be enabled to view this email address) with the word UNSUBSCRIBE in the subject line or use any of the methods listed above.

What information do we share?
Infrequently there may be times when we are required to share the personal information we learn from you with other parties, however this will only be to our direct business partners including but not limited to suppliers or government bodies. We will not sell or rent this information to others for direct profit.

In the event of a sale, merger or acquisition of the business we reserve the right to share our information with the new company or companies. We will adhere to the policies above and continue to use the information selectively and sensitively respecting the privacy of our users.

Security
In order to provide a safe and secure environment for personal information we use up to date technology with a view to protecting that information against loss, misuse or unauthorised alteration. We only allow authorised personnel access to personal information you provide.

We are strongly committed to ensuring privacy. Above all we want our users to feel comfortable with their experience on our website and we would appreciate any feedback they may have to offer. If there are any questions about this privacy statement, the practices of this site, or dealings with this website, please contact .(JavaScript must be enabled to view this email address).

Finally whilst we will use all reasonable efforts to ensure that this document reflects our current policy we do reserve the right to change our policy from time to time.

Figures released by the Energy Saving Trust suggest that average annual return a household can expect to generate from their solar panels
has increased by £100 over the last six months.
The average combined savings on energy bills and income from feed in tariff incentives generated from well placed solar panels rose from
£540 to £635 from May to November.
An average domestic installation can now expect to to generate £461 in feed in tariff incentive payments, £107 energy bill saving and £67 of income from exporting power to the grid.

Simeon said: “Under the Green Deal proposals, households in Bolton will be able to get - at no upfront cost - a package of measures to improve the energy efficiency of their homes. This may include a new boiler, roof or cavity wall insulation, double glazing, LED lighting, and doors.

“The cost of these measures is paid for from the existing payment made by the householder to their electricity provider over a period of the lifetime of the new equipment, which will typically be 10 years.”

He added: “The householder will see NO increase in their household expenses to pay for the improvements. The equipment is paid for from the lower energy consumption of the householder and subsequent savings in energy costs.”

The Green Deal is due to be introduced this October.

The Government claims Green Deal will enable many households and businesses to improve the energy efficiency of their properties so less energy is consumed and less money is wasted.

The Climate Change Act 2008 set legally-binding targets to cut carbon emissions across all sectors of the UK economy including homes and workplaces.

“The Government states that the Green Deal will have a golden rule: the costs of any new measures to improve the energy efficiency of a home or business premises will not exceed the savings,” says Simeon.

Simeon, who was previously Technical Manager for the largest private plumbing company in England - Avonside Plumbing and Heating, added: “From October anyone wishing to upgrade their property can have a survey carried out to identify the measures that are applicable to their property.

“BHE aim to be at the forefront of this new initiative and we have our own in-house surveyors to assist people with this process. Installation work will start in January and we can offer the full range of Green Deal measures.”

Anyone who wishes to know more about Green Deal can contact Simeon at BHE on 01204 450 450.

Mike Robinson, Managing Director of BHE Services (Bolton) Limited, said: “As awareness grows about Green Deal, I am certain that many households and businesses will see the value of services and benefits that are being offered under the initiative.

“Simeon will manage our Green Deal team which includes assessors and installers and help us to provide local households and businesses with an exciting range of services under the Green Deal.”

BHE Services (Bolton) Limited, which is based at Wilkinson House on Radcliffe Road, in Bolton, celebrated its 40th anniversary last year.

It provides a range of gas services to domestic and commercial customers including gas maintenance for tenants of Wigan & Leigh Housing.

It launched a renewable energy team last year too.

This team supplies and installs a variety of renewable energy equipment, including air and ground source heat pumps, solar panels, solar thermal, combined heating and power (CHP) units, and mini wind units - for both households and business customers.

24 August 2012, 9:03 Updated: 24 August 2012, 10:41
Figures published by Ofgem today reveal that the FiT rate for both 0-10kW and 10-50kW bands will be reduced by 3.5 percent on November 1. Image credit: HomeSun
Ofgem has released its official installation figures for May, June and July which determine what the feed-in tariff rates will be starting from November 1.
The Department of Energy and Climate Change (DECC) has identified three capacity bands in which installed capacity is monitored: Domestic Scale (0-10kW), Small Commercial (10-50kW) and Large Commercial installations (50kW-5MW). The installation levels in each of these bandings will determine how much the various FiT banding rates will be reduced by.
Installations in the domestic-scale banding stood at 163.769MW. As this lies in between 100-200MW this will enact a 3.5 percent tariff digression on the existing ≤4kW tariff band (16p) and >4-10kW tariff band (14.5p).
From November 1, the ≤4kW FiT rate will be 15.44p while the >4-10kW FiT rate will stand at 13.99p.
Installations in the small commercial-scale banding stood at 57.09MW. Although only marginally above the 50MW threshold, this too will enact a 3.5 percent digression to the existing >10-50kW tariff rate (13.5p). As of November the 1, the >10-50kW tariff rate will be 13.03p.
Finally, installations in the large commercial-scale banding stood at just 13.94MW. As this is less than the stipulated 50MW digression point, the FiT rates for installations >50kW-5MW will remain the same until, at least, February 1. From November 1, the tariff rates will be 11.5p for >50-150kW installations, 11p for >150-250kW installations and 7.1p for >250kW-5MW installations.
A full summary of the tariff changes can be viewed in the table below:
Digression Band Tariff band Deployment level Digression rate FiT tariff from November 1
0-10kW ≤4kW 163.77MW 3.50% 15.44p
>4-10kW 3.50% 13.99p

>10-50kW >10-50kW 57.09MW 3.50% 13.03p

>50kW-5MW >50-100kW 13.94 0% 11.5p
>100-150kW 0% 11.5p
>150-250kW 0% 11p
>250kW-5MW 0% 7.1p
Stand-alone 0% 7.1p

By Peter Bennett

The Green Deal will provide an opportunity to significantly improve the energy efficiency of local homes and businesses. In the process, with millions of British properties requiring insulation, the Green Deal offers an opportunity for local authorities to help drive economic growth, unlocking billions of pounds worth of investment and supporting thousands of jobs. Insulation installers, manufacturers and others in the supply chain, including many small businesses, all stand to potentially benefit.
Potential benefits to local authorities are likely to be:
• new sources of revenue to deliver energy efficiency retrofits;
• help to reduce fuel bills for local residents and businesses;
• opportunities for local economic and physical regeneration;
• support for wider local strategic priorities (better health outcomes, reduced fuel poverty);
• support for the maintenance and generation of local jobs and skills.

For more information http://www.decc.gov.uk/en/content/cms/tackling/green_deal/gd_industry/gd_la/gd_la.aspx#

The Renewable Heat Premium Payment (RHPP) social landlords competition is being reopened, with millions of pounds still available for social landlords to fund low carbon heating into the homes of hundreds of social housing tenants.
Between May and July this year, the second round of the competition awarded a combined £5m to 72 projects. There is still money available thanks to the high value for money of projects already allocated funding under this scheme, and now social landlords who did not put in an application the first time round are being encouraged to get involved.
Local authorities, housing associations and other registered providers of social housing will be able to bid for up to £156,000 for products such as biomass boilers, solar hot water panels and heat, making tenants’ homes warmer, cosier and far more energy efficient.
Energy and Climate Change Minister Greg Barker said: “The high value for money of the bids we have received to date means that there is still money up for grabs and I would urge social landlords across the nation to apply and take advantage of all this scheme has to offer.”
DECC is making improvements to the scheme in line with feedback from participants, including lengthening the application window to nine weeks and moving the administrative requirement on submission of energy bills to the project delivery stage.
Phillip Sellwood, CEO at the Energy Saving Trust said: “Energy Saving Trust has a long established track record in the renewables industry, which will enable us to provide valuable support to all applicants, offering guidance and clarification where possible both pre and post award.
All information to support completion of applications for the scheme is available on the Energy Saving Trust website along with information about successful phase one applicants.
The closing date for applications is 9 October 2012 and successful bidders will be announced shortly afterwards.

In total, 45 measures will be available under the Green Deal. Consumers can choose themselves which measures they would like for their homes, however, an assessment will then be undertaken to see if the measure is necessary and it will save the household energy in the long run.

There are three steps to determining whether the given measure can be installed using Green Deal finance.

Step one: Is the measure eligible?
Step two: Is the measure suitable for the property?
Step three: Does the measure meet the Golden Rule for the property?

Impact Assessment

The Impact Assessment gives a view of demand for 5 eligible measures under the Green Deal : loft top-ups, cavity and solid wall insulation, draught-proofing and glazing, and floor insulation. It is designed to be an input into a wide range of Government processes and approvals to ensure public money is spent wisely. It is not a market forecast.

Demand in the IA is based on the level of Energy Company Obligation (ECO) and the number of modelled measures that will be required to meet them and, outside the scope of the ECO, the regulation of the private rented sector, building regulations’ energy efficiency requirements and other policies where there is some degree of government control.

The IA does not include a range of significant opportunities that will stimulate demand:

• More than 35 other measures on the eligible measures list are not modelled, including additional boiler sales, double glazing (where the consumer must pay some of the costs), heat pumps and high performance external doors.

• Innovation, product differentiation and price declines,

• Possible rises in energy prices (the central scenario assumes real price rises of 1.8% to 2022 in real terms, over 2007-2011 real price increases have been almost double this).

• People choosing to pay upfront for part of the measure (the IA assumes that people take out Green Deals only when there is no up-front cost).

• The impact of the marketing and sales expertise of the private sector, including their ability to work with consumers at various key trigger points (e.g. kitchen and bathroom renovations, buying a home, boiler repairs) when consumers are particularly open to installing energy efficiency measures alongside existing programmes of work.

Given all of these considerations,  there is significant longer term upside potential for the market for energy efficient home improvements to develop beyond government forecasts.  A key aim of the Green Deal is to move to a market framework where businesses and other organisations, in addition to energy suppliers, can compete for energy efficiency opportunities in new and innovative ways.

You can keep up to date with Green Deal by following the link on the DECC website at:
http://www.decc.gov.uk/en/content/cms/tackling/green_deal/green_deal.aspx

Exclusive: Government prepares £2m Green Deal publicity campaign
Ministers considering partial U-turn on national campaign to promote Green Deal as plans emerge for multi-million pound communications effort
By James Murray
03 Aug 2012
The government looks set to undertake a partial U-turn and launch a national communications campaign to promote its new Green Deal energy efficiency scheme when it launches in the autumn.
Ministers have repeatedly rebuffed calls from the energy efficiency sector for a high-profile advertising and communications campaign to drive awareness of the scheme and its ability to offer households and businesses building improvements at no upfront cost. Most notably, the Department of Energy and Climate Change (DECC) responded to a recent report from the Green Alliance think tank calling for a such a campaign by stressing that it expected the private sector to undertake the bulk of the marketing for Green Deal services.
However, the DECC also acknowledged there would be “obvious and important areas where government communications are important” to the success of the Green Deal, and BusinessGreen has now learnt that it is working on plans for a communications campaign worth at least £2m.
Industry sources confirmed a number of communications agencies have been asked to submit plans for a £2m campaign, including proposals for what a campaign worth between £5m and £10m could look like.
Sources who have seen the brief reveal the government is asking for submissions that promote the Green Deal and integrate messages about other green policy areas. However, it remains unclear whether the campaign will extend to advertising or instead focus on other forms of communication and marketing activity.
A DECC spokesman confirmed that the department was in the process of procuring a communications planning agency to help explore “a range of options to promote the Green Deal”.
He added that “at this stage nothing is ruled in or out”, and refused to be drawn further on the plan, insisting that “the details are confidential until any agreement is finalised”.
Industry insiders and green groups were quick to welcome the news. Green Alliance head of research Faye Scott said: “This is welcome evidence that the government not only recognises how essential public engagement will be to the success of the Green Deal, but [also] how vital its own role is.
“Some form of national communication about the Green Deal is necessary to provide consumers with clarity in the face of multiple offerings and in light of the other energy policies also targeting them. We hope this planned campaign will be a significant step towards meeting that need.”
Scott’s comments were echoed by Andrew Warren of the Association for the Conservation of Energy, who argued that some form of national communications campaign “will be desperately needed to ensure people are aware of what the Green Deal actually is”.
“There may have been a pledge from government to cut spending on advertising and communications,” he added, “but there is a legitimate case for telling people what is going on with the Green Deal.”
However, some sources voiced concerns about the relatively small scale of the communications budget and the ability of the government to effectively raise awareness of the scheme.
“You can achieve a lot with a communications campaign,” said Warren. “But £2m will not buy a lot of advertising space… and if you are going to constrain yourself to not spending anything on paid-for media advertising, you are limiting your options.”
News of a potential campaign will also prompt fresh questions as to when the government will confirm how it plans to use the £200m fund that has been earmarked for driving take-up of Green Deal services.
DECC officials told BusinessGreen back in June that the department was looking at some form of time-limited cash-back scheme to help drive initial demand for the Green Deal, but ministers are yet to confirm the details of any offer, despite the fact the Deal is scheduled to officially launch in less than three months

Greg Barker has just made a statement about the FiT cuts in parliament. Here is a summary of the changes, that will take effect from 1st August 2012.

The FiT rate for systems under 4kW will be cut to 16p from the 1st August.

The rate for larger systems will also be cut, but by a smaller amount. The new bands are:

14.5p for 4 to 10kW
13.5p for 10 to 50kW
11.5 for 50 to 150kW

The FiT will now only be payable for 20 years - not 25 years

BHE Renewables, are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Air Source Heat Pumps and other renewable energy systems for properties in Wigan.

Why choose an Air Source Heat Pump?

As well as helping to play your part in saving the environment and cutting carbon emissions, Air Source Heat pumps can help you significantly reduce you energy bills.

Customers with a mains gas connection can save as much as 30% on their heating bills and as much as 70% if you’re using Oil, LPG or Solid fuel appliances.

On top of this customers using Oil, LPG and Solid Fuel are currently eligible to receive £850 from the Renewable Heating Premium Payment (RHPP) and from October 2012 you will be eligible to receive the Renewable Heat Incentive (RHI), this is similar to the solar panels and wind turbines Feed in Tariffs launched in April 2010, the RHI rates are still to be announced.

BHE Renewables team have a vast amount of experience installing Air Source Heat Pumps to a range of properties

We are Microgeneration Certification Scheme (MCS) accredited installers of Air Source Heat Pumps along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

BHE Renewables, are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Air Source Heat Pumps and other renewable energy systems for properties in Bolton.

Why choose an Air Source Heat Pump?

As well as helping to play your part in saving the environment and cutting carbon emissions, Air Source Heat pumps can help you significantly reduce you energy bills.

Customers with a mains gas connection can save as much as 30% on their heating bills and as much as 70% if you’re using Oil, LPG or Solid fuel appliances.

On top of this customers using Oil, LPG and Solid Fuel are currently eligible to receive £850 from the Renewable Heating Premium Payment (RHPP) and from October 2012 you will be eligible to receive the Renewable Heat Incentive (RHI), this is similar to the solar panels and wind turbines Feed in Tariffs launched in April 2010, the RHI rates are still to be announced.

BHE Renewables team have a vast amount of experience installing Air Source Heat Pumps to a range of properties

We are Microgeneration Certification Scheme (MCS) accredited installers of Air Source Heat Pumps along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

BHE Renewables, are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Air Source Heat Pumps and other renewable energy systems for properties in Stockport.

Why choose an Air Source Heat Pump?

As well as helping to play your part in saving the environment and cutting carbon emissions, Air Source Heat pumps can help you significantly reduce you energy bills.

Customers with a mains gas connection can save as much as 30% on their heating bills and as much as 70% if you’re using Oil, LPG or Solid fuel appliances.

On top of this customers using Oil, LPG and Solid Fuel are currently eligible to receive £850 from the Renewable Heating Premium Payment (RHPP) and from October 2012 you will be eligible to receive the Renewable Heat Incentive (RHI), this is similar to the solar panels and wind turbines Feed in Tariffs launched in April 2010, the RHI rates are still to be announced.

BHE Renewables team have a vast amount of experience installing Air Source Heat Pumps to a range of properties

We are Microgeneration Certification Scheme (MCS) accredited installers of Air Source Heat Pumps along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

BHE Renewables, are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Air Source Heat Pumps and other renewable energy systems for properties in Cumbria.

Why choose an Air Source Heat Pump?

As well as helping to play your part in saving the environment and cutting carbon emissions, Air Source Heat pumps can help you significantly reduce you energy bills.

Customers with a mains gas connection can save as much as 30% on their heating bills and as much as 70% if you’re using Oil, LPG or Solid fuel appliances.

On top of this customers using Oil, LPG and Solid Fuel are currently eligible to receive £850 from the Renewable Heating Premium Payment (RHPP) and from October 2012 you will be eligible to receive the Renewable Heat Incentive (RHI), this is similar to the solar panels and wind turbines Feed in Tariffs launched in April 2010, the RHI rates are still to be announced.

BHE Renewables team have a vast amount of experience installing Air Source Heat Pumps to a range of properties

We are Microgeneration Certification Scheme (MCS) accredited installers of Air Source Heat Pumps along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

BHE Renewables, are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Air Source Heat Pumps and other renewable energy systems for properties in Liverpool.

Why choose an Air Source Heat Pump?

As well as helping to play your part in saving the environment and cutting carbon emissions, Air Source Heat pumps can help you significantly reduce you energy bills.

Customers with a mains gas connection can save as much as 30% on their heating bills and as much as 70% if you’re using Oil, LPG or Solid fuel appliances.

On top of this customers using Oil, LPG and Solid Fuel are currently eligible to receive £850 from the Renewable Heating Premium Payment (RHPP) and from October 2012 you will be eligible to receive the Renewable Heat Incentive (RHI), this is similar to the solar panels and wind turbines Feed in Tariffs launched in April 2010, the RHI rates are still to be announced.

BHE Renewables team have a vast amount of experience installing Air Source Heat Pumps to a range of properties

We are Microgeneration Certification Scheme (MCS) accredited installers of Air Source Heat Pumps along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

BHE Renewables, are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Air Source Heat Pumps and other renewable energy systems for domestic properties in Liverpool.

Why choose an Air Source Heat Pump?

As well as helping to play your part in saving the environment and cutting carbon emissions, Air Source Heat pumps can help you significantly reduce you energy bills.

Customers with a mains gas connection can save as much as 30% on their heating bills and as much as 70% if you’re using Oil, LPG or Solid fuel appliances.

On top of this customers using Oil, LPG and Solid Fuel are currently eligible to receive £850 from the Renewable Heating Premium Payment (RHPP) and from October 2012 you will be eligible to receive the Renewable Heat Incentive (RHI), this is similar to the solar panels and wind turbines Feed in Tariffs launched in April 2010, the RHI rates are still to be announced.

BHE Renewables team have a vast amount of experience installing Air Source Heat Pumps to a range of properties

We are Microgeneration Certification Scheme (MCS) accredited installers of Air Source Heat Pumps along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

Most houses can integrate solar PV modules, the most common option being to use standard modules in a frame, fixed to an existing pitched roof or a tilted frame on a flat roof.

The panels may protrude slightly from the roof tiles, but will still be in keeping with the shape of the house.
Solar PV arrays are made up of modules of about 1.5 square metres, which means most roof shapes can be accommodated. In the UK, a typical installation is around 14 or 15 square metres.
If you are replacing your roof you can now buy solar PV integrated roof tiles and slates that can form part of the weatherproof membrane or structure.
The PV modules can also be mounted vertically and horizontally allowing the system to form part of the wall and roof structures in new properties, although performance will be reduced with these tilts.
Ideally your roof should face due south at a pitched angle of between 30° and 50° from the horizontal to give the best overall annual performance. Installations facing anywhere to the south of due east and due west are feasible, although output will be reduced. Installation is not recommended on roofs facing north.
There is also a difference in performance the further north you are, since the strength of sunlight diminishes. However, in the UK the differences are not significant and an installation will still provide excellent benefits.

Mr Jones was looking to install a 3.75 kWp system to the rear elevation of his property.

Daniel was also surprised to find out that just 500 yards down the road was another PV installation that he had been involved with for a local housing provider back in 2010 just after the feed in tariff was launched “it was good to be back in Wrexham, where it all started’’.

Mr Jones went on to purchase a solar panel system, we installed 15 J A Solar Panels connected to a Sunny boy 4000 TL inverter These panels were 250 watt modules.

Mr Jones had these kind words to say

‘’Excellent service on a highly professional installation. I can recommend Daniel and the BHE Company to any prospective clients without hesitation - I am sure that they will not be disappointed’’

that can benefit from being installed together, reducing the overall payback period and improving the return on your investment.

With a electrician on site the time of adding a Vphase unit and cost is very low

Installing a Vphase unit with solar panels or solar PV can considerable reduce the payback period and improve the return on investment.

Together V Phase and Solar panel installation can result in a more efficient home, adding benefits for years to come.

however savings of between £50 and £135 a year off electricity bills have been demonstrated.
If this were achieved in every house within the UK this would be the equivalent CO2 reduction of taking 2.3 million cars off the road every year.

Energy saving also reduces carbon emissions and helps the environment

including the incoming voltage at your property, the number and different types of appliances used and the amount of electricity consumed.

For example, V phase tests have shown that appliances with motors can save around 17% whereas entertainment devices may save between 3% and 10%.
Here are some other examples of reductions

Appliances with motors and pumps

• ‘A’ rated freezer = 17% energy saving
• ‘A’ rated refrigerator = 16% energy saving
• 3 speed central heating pump = 15% to 18% energy saving

Lighting  

• CFL lighting = 11% energy saving
• Incandescent bulb = 15% energy saving
• Low voltage halogen spot lights = 15% energy saving

Consumer electronics  
                                                         
Results for consumer electronics vary widely, examples are given below:
   
• DAB radio = 5 % energy saving
• Cordless phone base station = 30% energy saving
• ADSL modem and wireless router = 5% energy saving
• Personal computer = 4% energy saving
• Hi-Fi = 13% energy saving

The v phase unit lowers and regulates the incoming voltage in your home which reduces you energy consumption and saves you around 10% on your electricity bills every year. The V-phase unit does this through voltage optimisation.

How it works?

The voltage coming into your property is typically around 245 volts in the UK. The v-phase unit lowers and regulates the voltage to a constant 220 volts, giving house holders immediate and significant energy saving, for you entire property.

BHE Renewables are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Solar Panels and other renewable energy systems for domestic properties in Cumbria.

Why choose Solar panels?

• Earn up to £1,100 per year
• Protect the environment
• Guaranteed payment for 25 years
• Provide Return on investment
• Improve the energy efficiency rating of you property.

BHE Renewables team have a vast amount of experience installing Solar Panels to a range of domestic properties Click below to view the whole installation process from start to finish in our time-lapse Solar PV video including our video testimony from one of our proud customers.

We are Microgeneration Certification Scheme (MCS) accredited installers of Solar PV along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

BHE Renewables are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Solar Panels and other renewable energy systems for domestic properties in Wrexham.

Why choose Solar panels?

• Earn up to £1,100 per year
• Protect the environment
• Guaranteed payment for 25 years
• Provide Return on investment
• Improve the energy efficiency rating of you property.

BHE Renewables team have a vast amount of experience installing Solar Panels to a range of domestic properties Click below to view the whole installation process from start to finish in our time-lapse Solar PV video including our video testimony from one of our proud customers.

We are Microgeneration Certification Scheme (MCS) accredited installers of Solar PV along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

BHE Renewables are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Solar Panels and other renewable energy systems for domestic properties in Stockport.

Why choose Solar panels?

• Earn up to £1,100 per year
• Protect the environment
• Guaranteed payment for 25 years
• Provide Return on investment
• Improve the energy efficiency rating of you property.

BHE Renewables team have a vast amount of experience installing Solar Panels to a range of domestic properties Click below to view the whole installation process from start to finish in our time-lapse Solar PV video including our video testimony from one of our proud customers.

We are Microgeneration Certification Scheme (MCS) accredited installers of Solar PV along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

BHE Renewables are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Solar Panels and other renewable energy systems for domestic properties in Preston.

Why choose Solar panels?

• Earn up to £1,100 per year
• Protect the environment
• Guaranteed payment for 25 years
• Provide Return on investment
• Improve the energy efficiency rating of you property.

BHE Renewables team have a vast amount of experience installing Solar Panels to a range of domestic properties Click below to view the whole installation process from start to finish in our time-lapse Solar PV video including our video testimony from one of our proud customers.

We are Microgeneration Certification Scheme (MCS) accredited installers of Solar PV along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

BHE Renewables are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Solar Panels and other renewable energy systems for domestic properties in Liverpool.

Why choose Solar panels?

• Earn up to £1,100 per year
• Protect the environment
• Guaranteed payment for 25 years
• Provide Return on investment
• Improve the energy efficiency rating of you property.

BHE Renewables team have a vast amount of experience installing Solar Panels to a range of domestic properties Click below to view the whole installation process from start to finish in our time-lapse Solar PV video including our video testimony from one of our proud customers.

We are Microgeneration Certification Scheme (MCS) accredited installers of Solar PV along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

BHE Renewables are a North West based award-winning MCS - Microgeneration Certified Scheme accredited provider and installer of Solar Panels and other renewable energy systems for domestic properties in Manchester.

Why choose Solar panels?

• Earn up to £1,100 per year
• Protect the environment
• Guaranteed payment for 25 years
• Provide Return on investment
• Improve the energy efficiency rating of you property.

BHE Renewables team have a vast amount of experience installing Solar Panels to a range of domestic properties Click below to view the whole installation process from start to finish in our time-lapse Solar PV video including our video testimony from one of our proud customers.

We are Microgeneration Certification Scheme (MCS) accredited installers of Solar PV along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit, please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

A solar panel installation in installed in the following way.

Estimate timetable to carry out the works will be 1-3 days

(Day 1) Prior to work commencing the installation of scaffolding will need to be erected to enable the work to be carried out.

(Day 2) Installation of the solar panels. We would anticipate the installation to be carried out in three stages, the first would be the fitting of the panels to the roof, the second would be installing inverter and controls and thirdly would be final testing and commissioning of the system.

(Day 3) Removal of the scaffolding, demonstration of the solar panel system including handover pack and all documentation.

Our commitment to our customers

We will carry out the work with all reasonable skill and care according to the timetable agreed with you.

We will carry out the work and all communication with you according to the REAL Assurance Scheme Consumer Code.

We will provide you with a guarantee that covers both the installation and the goods installed

The Installation will be carried out to comply with all of the necessary standards including ISO 9001 & ISO 14001, MCS, Corgi, and the renewable energy consumer code, REA (Renewable Energy Assurance).

Gas Safe Register is the official list of gas engineers who are qualified to work safety and legally on the gas appliances. Always check you engineer is on the gas safe register www.gassaferegister.co.uk

Technologies including solar panel (Electricity) ,solar thermal (Heating), air source heat pumps (Heating) , and ground source heat pumps (Heating)

MCS itself is an EN45011 Scheme which is focussed on ensuring the quality of renewable technology installations and products. It has been developed over the last three years and is an industry led and funded scheme.

www.microgenerationcertification.org

BS EN ISO 9001 : 2008

The scope of this certification applies to the approved quality management systems relating to the following activities, the provision of domestic plumbing, heating and renewable energy service

Construction line is the UK’s largest register for pre-qualified contractors and consultants. In terms of efficiency, time and cost saving and best practice, Construction line is proven to deliver for public and private sector organisations alike.

www.constructionline.co.uk

CORGI’s heritage as the previous GB gas scheme registrar has allowed the organisation to operate from the centre of the heating industry – with good relations with government, manufacturers, distributors and merchants, CORGI is ideally placed to bring together an unparalleled range of products and services to support the professional trades person, and promote their expertise to home owners.

www.corgiservices.com.

In 1997 a group of health and safety and procurement professionals from across Great Britain worked with the Association of London Government (ALG) to develop CHAS. In 2001 CHAS became a web-based system.
CHAS started with two main aims.

1. To improve health and safety standards across Great Britain.
2. To reduce duplicated safety applications for both suppliers and buyers.

www.chas.gov.uk

ABE mission

The Association of Building Engineers is the respected voice for Building Engineers and the public and acts to enhance the reputation and profile of the building engineering profession.

www.abe.org.uk/home

BHE Services has been accepted as a member of the scheme in respect of any of the following types of generators -

Air Source heat pumps
Ground source Heat pumps
Solar PV (Electricity)
Solar Thermal

The REAL Assurance Scheme was set up by the Renewable Energy Association. Our aim is to guarantee a high quality experience for consumers wishing to buy or lease small-scale energy generation systems for their homes.
www.realassurance.org.uk

OFTEC is the Oil Firing Technical Association and is the technical and marketing body for the oil firing industry in the UK and the Republic of Ireland based in Ipswich, Suffolk.  It is an organisation in two parts:

OFTEC Member Services is a Trade Association representing manufacturers of oil firing equipment (i.e. oil storage tanks) and training providers; and OFTEC Registration Services is responsible for managing the OFTEC Training and Registration process for technicians in the oil heating and cooking industry and is the leading organisation recognised by Governments, manufacturers, distributors and consumers for the oil-firing industry. The aim of OFTEC Training and Registration System is to provide Technicians with Government recognised professional status and competency.

Peninsula is the leading provider of employment law and health and safety services in the UK. Established since 1983, we have around 25,000 businesses who have already integrated Peninsula to work as part of their HR and Health and Safety departments.

BS EN ISO 14001:2008

The scope of this certification applies to the approved Environmental management systems relating to the following activities. The provision of domestic plumbing, heating and renewable energy services.

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We have ‘State of the Art’ training facilities here at BHE, ensuring that all our staff are fully conversant with all aspects of the Heating, Plumbing and Renewable Energy Industry.

In 2004 BHE Services acquired its own ‘state of the art’ training facility. With assistance from our suppliers and manufacturers, it is fully equipped with a number of ‘live’ installations and appliances ensuring maximum opportunity for operatives to hone their skills as well as learn and develop new ones

The training facility is unique in that simulated domestic settings are staged from the front door bell and door mat and a range of other considerations and challenges through to the operative’s departure. It can be seen that this ‘virtual’ setting comprehensively mirrors the challenges faced by operatives working in a customer’s residence. For gas engineers, a fully functional kitchen has been fitted. Adjacent to the kitchen is a ‘lounge area’ which has items of furniture and a gas fire installation, marble hearth and fire surround complete with ‘expensive’ ornaments, and other breakable items. Operational staff undergo training in customer care and BHE Services use scenario based examples to deliver important messages in an enjoyable yet professional way.

With our commitment to supporting local communities and working alongside schools and technical colleges, BHE Services has trained over 66 apprentices to date, many of whom remain within the company.

Indeed, the company has commenced an apprenticeship programme in Renewable Energy Services. Training will extend to the entire workforce which will ensure that all staff at all levels will gain a full understanding of Renewable Energy and the service we provide and be fully prepared for the changes and developments anticipated in this rapidly growing industry.

Customer Care
It can be seen that customers and their homes are treated with the greatest level of respect. When undertaking planned works of any nature, resources are made available to undertake planning, further scheduling and resident consultation activities.

BHE Services (Bolton) Ltd will liaise closely with the client organisation to identify where operations require extra careful planning. Having a wealth of experience working within the Social Housing arena, BHE Services are acutely aware that no two customers are alike. Some residents feel the nature of the work is almost routine and has very little affect on their daily activities. However, it is recognised that perhaps more elderly or infirm residents or residents with a disability need to be treated with extra care and consideration.

BHE Services can demonstrate further understanding of this aspect of customer care in the following ways :

• Demonstrate flexibility by providing our services at a time which suits the customer.

• Provide easy to understand information about our work.

• Ensure everyone is treated equally and fairly regardless of race, family / marital status, gender, religious belief, age, disability, political opinion or affiliation or sexuality.

• Be sensitive to special needs.

• Recognise the diversity of customers.

• Able to deploy female engineers if required.

• Provide information about progress and invite views on performance

• Earn up to £1,100 per year
• Protect the environment
• Guaranteed payment for 25 years
• Provide Return on investment
• Improve the energy efficiency rating of you property.

BHE Renewables team have a vast amount of experience installing Solar Panels to a range of domestic properties Click here to view the whole installation process from start to finish in our time-lapse Solar PV video including our video testimony from one of our proud customers.

We are Microgeneration Certification Scheme (MCS) accredited installers of Solar PV along with other renewable energy systems that we offer. We take pride in providing a high quality service in every aspect of the installation process from your first enquiry to the installation and after sales care.

Our dedication to quality and environmental management as gained us the international standard ISO 9001 & ISO 14001 for renewable Energy Services.

To arrange a call back or arrange a visit please contact Freephone 0800 158 3911 or email .(JavaScript must be enabled to view this email address).

Head Office:
Wilkinson House
Radcliffe Rd
Bolton BL3 1RU

Telephone: 01204 450450

Liverpool Office:
7th Floor, Silk House Court
Tithebarn Street
Liverpool L1 2LZ

Telephone: 0151 268 1019

Newcastle Office:
Cuthbert House
City Road
All Saints
Newcastle NE1 2ET

Telephone: 0114 358 2025

Wigan Office:
Unit 16, Rosebridge Court
Rosebridge Way
Wigan WN1 3DP

Telephone: 01204 386447

Sheffield Office:

Watson Chambers
5-15 Market Place
Sheffield S1 2GH

Telephone: 0191 204 9130

Head Office:
Wilkinson House
Radcliffe Rd
Bolton BL3 1RU

Telephone: 01204 450450

Liverpool Office:
7th Floor, Silk House Court
Tithebarn Street
Liverpool L1 2LZ

Telephone: 0151 268 1019

Newcastle Office:
Cuthbert House
City Road
All Saints
Newcastle NE1 2ET

Telephone: 0114 358 2025

Wigan Office:
Unit 16, Rosebridge Court
Rosebridge Way
Wigan WN1 3DP

Telephone: 01204 386447

Sheffield Office:

Watson Chambers
5-15 Market Place
Sheffield S1 2GH

Telephone: 0191 204 9130

Head Office:
Wilkinson House
Radcliffe Rd
Bolton BL3 1RU

Telephone: 01204 450450

Liverpool Office:

7th Floor, Silk House Court
Tithebarn Street
Liverpool L1 2LZ

Telephone: 0151 268 1019

Newcastle Office:

Cuthbert House
City Road
All Saints
Newcastle NE1 2ET

Telephone: 0114 358 2025

Wigan Office:

Unit 16, Rosebridge Court
Rosebridge Way
Wigan WN1 3DP

Telephone: 01204 386447

Sheffield Office:

Watson Chambers
5-15 Market Place
Sheffield S1 2GH

Telephone: 0191 204 9130

Head Office:
Wilkinson House
Radcliffe Rd
Bolton BL3 1RU

Telephone: 01204 450450

Liverpool Office:
7th Floor, Silk House Court
Tithebarn Street
Liverpool L1 2LZ

Telephone: 0151 268 1019

Newcastle Office:
Cuthbert House
City Road
All Saints
Newcastle NE1 2ET

Telephone: 0114 358 2025

Wigan Office:
Unit 16, Rosebridge Court
Rosebridge Way
Wigan WN1 3DP

Telephone: 01204 386447

Sheffield Office:

Watson Chambers
5-15 Market Place
Sheffield S1 2GH

Telephone: 0191 204 9130

BHE Services can help with renewable energy services for the Construction & Architectural industry.

Recent changes to planning conditions means that Sustainable Energy Solutions need to be found for all new build developments.

Our expertly designed Renewable Energy Services provide a range of technologies.

These technologies will help meet challenging planning scenarios as we look to improve the efficiency of our buildings through Sustainable Energy Solution/s covering the following:

• CODE for Sustainable Homes
• BREEAM
• Merton style 10% onsite renewable
• SBEM
• SAP
• Domestic & Commercial Energy Assessment
• RHI (Renewable Heating Incentive)
• RHPP (Renewable Heating Premium Payments)
• FiTs

BHE Services offer a full design, installation and maintenance service for Renewable Energy for Construction & Architecture including all the required energy calculations and reports to satisfy Planning Conditions as mentioned in the above list.

BHE Services works closely with architects, M&E consultants, developers, house builders and other contractors to help them choose the right renewable energy solutions for their projects.

With grants and legislation changing constantly the advice we give is based on genuine knowledge and expertise. BHE services have over 40 years experience in the mechanical & electrical industry and have experts on board ready to take your calls.

BHE services are a UK award-winning MCS – Microgeneration Certified Company and holds international standards ISO 9001 & 14001 (Quality & Environmental Management) for Renewable Energy Services.

In Bolton we installed 14 Suntech panels connected to Fronius IG 30 plus inverter. The panels were 250W modules. They provided our customer with the following benefits:

Generated income: £1,106.92

Exported income: £30.68

This provided an annual benefit of £1,337.00. Over 25 years this will generate £24,679.46, proving to be a great return on investment.

C02 emissions saved per year: 1352.33

“Delighted with BHE’s efforts and professionalism when installing my panels. Hassle free and quickly done.”

In Bolton we installed 14 Suntech panles connected to a Fronius IG 30 plus inverter. These panels were 250W modules. They provided our customer with the following benefits:

Generated income: £711.51

Exported income: £19.72

This provided an annual benefit of £859.39. Over 25 years this will generate £21484.04, proving a great return on investment.

C02 emissions saved per year: 869.25

“When BHE came around to install the panels they were quick and professional. The work was completed on time and so was the paperwork. Well done BHE.”

In Manchester we installed 14 Sharp panels connected to a Fronius IG 30 plus inverter. These panels were 245W modules. They provided our customer with the following benefits:

Generated income: £1282.32

Exported income: £35.54

This provided an annual benefit of £1548.85. Over 25 years this will generate £38721.35, proving a great return on investment.

C02 emissions saved per year: 1566.62

“A credit to the renewable energy industry. A big pat on the back for BHE.”

In Rainford we installed 8 Sharp panels connected to a Fronius IG 30 plus inverter. These panels were 235W modules. They provided our customer with the following benefits:

Generated income: £654.59

Exported income: £18.14

This provided and annual benefit of £790.64. Over 25 years this will generate £19,766.05, proving a great return on investment.

C02 emissions saved per year: 817

“A big thank you to the BHE boys for the installation – quick, easy and trouble free.”

In Radcliffe we installed 12 Suntech panels connected to a Sunnyboy 3000 HF inverter. The panels were 250W modules. They provided our customer with the following benefits:

Generated income: £1,115.06

Exported income: £30.90

This provided an annual benefit of £1,346.83. Over 25 years this will generate £33,670.74, proving to be a great return on investment.

C02 emissions saved per year: 2575.20

“Couldn’t be happier. BHE did a great job. Over the moon.”

In Bromley Cross we installed 14 LDK panels connected to a Fronius IG 30 plus inverter. The system was made from 235W panels. They provided our customer with the following benefits:

Generated income: £1309.17

Exported income: £36.28

This provided an annual benefit of £1581.28. Over 25 years this will generate £39532.11 which has given our customer an excellent return on investement.

CO2 emissions saved per year - 3023.48

“Brilliant. Solar panels look fantastic, really happy with your service.”

This installation comprised of 12 LDK Solar PV panels connected to a Fronius IG 30 Inverter.

Using the SAP mythology a contribution of 2316.91 kWh of electrical energy produced with a reduction in co2 emissions of 1225.64 Co2 due to solar photovoltaic system.

Additional benefits included -

Generated income £1003.22

Exported income £27.80

This provided Mr Lee with an annual benefit of £1211.74 a payback period of 6.50 years and a Return on investment of 15.38%

“We have dealt with BHE for a good number of years, initially regarding central heating systems in our current and previous properties.  Their service has always been of the highest standard, so when we were considering the installation of PV solar panels we had no hesitation in seeking their advice.

Their professional approach, backed by valuable experience in the field of renewable energy, gave us confidence in appointing them to design and install a system for us. 

Their engineers were competent, conscientious and hard working, and the installation was completed to schedule, commissioned and working satisfactorily ahead of the shortened deadline set by the government for qualification for the full Feed-in-Tariff.  We would give BHE a strong recommendation for this type of work.”

What is the best location for an solar panel array?

The most ideal and practical place to put you solar panel system is on your roof. It is important that your roof is free from obstacles that could cause shading – e.g trees.

Do systems need planning permission?

It is always worth checking with your local authority about planning permission, although it is very unlikely you will need it.

Does a solar panel array have to be exactly south facing?

It is not compulsory to have the solar panel array directly south facing. PV systems are efficient when they face from East through to West. If your solar panel system drastically faces away from the South then your annual income will decrease.

What is a solar panel module ?

Photovoltaic or solar panel modules typically consist of a number of interconnected PV cells encapsulated between a sheet of glass and a backing sheet. This laminate is often mounted within a rigid aluminum frame, but can also be manufactured in a wide range of other configurations to create modules that suit many different applications. 

What range of systems is available?

BHE Services (Bolton) Ltd provide a range of solar panels. They range from power output and manufacturer. BHE Services provide Solar panel systems from the best manufacturers – Mitsubishi, Suntech, Sanyo Sharp etc.

What maintenance do solar panel systems need?

Solar panel systems need little to no maintenance. However, a yearly once over inspection would not do any harm.

What is a photovoltaic cell and how does it work?

PV (photovoltaics) convert sunlight into electricity. The sun light contains energy known as ‘Photons.’ The electrons in the solar cells absorb these photons. The electrons move across the PN Junction’ in the system whilst the positive charges move in the opposite direction creating electricity.

How much CO2 emissions will a PV system prevent?

The size of your system will determine how much CO2 emissions you will prevent. However, you can guarantee with a PV system that the CO2 emissions you do prevent will have a positive impact on the environment.

What is the difference between kW, kWp and kWh?

kWh – Kilowatt hour – is the measurement of electricity you use or generate over time. kWp – kilowatt peak -  is used when expressing the nameplate rating of your PV module. kW – kilowatt – is the output your PV system is measured in.

What are the effects of shade?

Shade can affect the power output your solar panel system will produce. Before an installation, we will make sure there are no over towering buildings or trees that could over shadow your PV arrays. 

How is the size of a solar panel system expressed (what is kWp)?

PV systems are typically rated in kWp - kilowatt (peak) - the combined installed capacity of all the PV modules installed. All modules are supplied with a Wp - Watt (peak) - rating; 1kWp equals 1,000Wp. The Wp rating of a module expresses the rated output of that module under “standard test conditions” (stc) - internationally agreed temperature and sunlight conditions. To enable comparison, all modules are tested (and rated) using the same stc conditions. 

Do PV arrays need regular cleaning?

In most cases, Solar PV is cleaned by rainfall. If you do decide you would like to clean them yourself, it is only recommended once or twice a year.

Can the system be used to run a dedicated load?

The property where the PV is installed can produce enough electricity to power the running appliances in your house.

Do installations need batteries?

Grid connected systems do not need batteries. Batteries are bad for your system in the fact that they add cost to your system, reduce the overall performance and are toxic with a short life expectancy.

What happens during a power cut?

When a power cut occurs, the grid connection automatically switches off. Once the power cut has ended, the system will restart.

What happens if the system generates more than the building is using?

All excess electricity is exported to the grid automatically. It is measured and collected using an ‘export meter.’

How is a system sized?

Solar PV systems are entirely modular and can be of almost any size. Systems are usually sized to meet one of three criteria: a) to cover a defined area (e.g. a certain section of roof); b) to meet a defined energy target (e.g. to generate 10% of a buildings annual electricity requirements); or c) to fit within budgetary requirements. 

What is the life expectancy of a PV system?

PV systems are well built so can promise a long life expectancy. Modules come with a 25 year guarantee and the inverters have a 5 year guarantee. However, PV systems have been known to last considerably longer.

What are monocrystalline, polycrystalline and amorphous cells?

The terms monocrystalline, polycrystalline and amorphous describe the nature of the silicon used to make the PV cell. Monocrystalline cells use a wafer of single crystal silicon, typically cut from a larger ingot of single crystal silicon. Monocrystalline cells are uniform in appearance. Polycrystalline cells use multi-crystalline silicon, this is cheaper to produce but slightly less efficient. A patchwork of individual crystals can be clearly seen in a polycrystalline cell. Amorphous cells have no crystalline structure and are the least efficient of the three technologies. 

How much CO2 emissions will be prevented by a wind system?

Wind turbines can prevent a significant amount of CO2 emissions. It depends on how many kW your turbine is. Nevertheless, you can be sure that the amount you save will have a positive impact on the environment.

Is a bird strike likely?

Bird strike is unlikely. Although there have been incidents with bird strike this has mainly been on wind farms. If you have your wind turbine installed and positioned accurately they will not be as big of a hazard.

How do turbines work?

The winds energy causes the turbines to rotate. The rotational energy is then converted into electrical energy by the generator which can be found in the turbines head.
Turbine blades capture the energy in the wind causing them to rotate. This rotational energy is converted into electrical energy by use of an electrical generator housed in the turbine head. 

How is the wind electricity used?

The output from a grid connected wind turbine system is fed directly into the existing circuits in the building, usually by a connection at the main distribution board. The inverter ensures your wind generated electricity exactly matches the electricity from the grid. Your surplus electricity that is that not being used in your building is automatically sold to your energy supplier. 

Can turbines be installed in urban areas?

Wind speeds are not as high in urban areas. Wind Turbines work best in large, clean spaces where they can be above surrounding obstacles. So, in realistic terms, installing wind turbines in urban areas is not recommended.

Can turbines be building mounted?

Yes, wind turbines can be placed on buildings. However, they will need to be well above the building and any surrounding buildings. Due to the wind turbulence, the building must be able to withstand the vibrations that will come from the wind turbine. In some cases, you can come across buildings that have been specially made to support a wind turbine. An engineer will need to come and inspect the building and make sure that the chimney isn’t mounted on chimneys.

What is the best site for a turbine?

Turbines are best situated on top of a hill away from and trees and buildings. The higher the wind turbine is placed, the greater the output. It is ideal to mount the turbine above trees and buildings and as far away from them as possible.

How can the annual output for a particular wind turbine be estimated?

This depends on the wind speed from the turbine.

The annual output (kWh) of a turbine depends on the average annual wind speed “seen” by the turbine. This depends on the average wind speed for the site; the height of the tower and local site factors (e.g. is it a grassy hill top). Accurate estimates can only be achieved by the installation of wind logging equipment for a period of at least a year. However, the cost and time constraints of such monitoring mean that such analysis is usually only implemented for wind farms or large turbines. Initial estimates of site suitability and turbine output can be made using the wind speed calculator, corrections for local effects and manufacturer’s data. 

What is the life expectancy of a wind system?

Turbines can last for up to 25 years. In some cases, it is not unusual for them to last longer than the given time.

What is the minimum annual mean wind speed required for a turbine?

The minimum annual mean wind speed for a site to be considered suitable for a wind turbine is generally taken to be between 4.5 and 5m/s. We are able to provide averaged wind speeds for your location from a national database of statistics. However the data will only provide an initial estimate for a 1km square. Topological features such as terrain, trees and buildings will very significantly affect wind strength at a given site. 

What is the typical annual output (kWh) from a wind turbine?

No specific output for a turbine can be given because it is related to the wind speed cubed. A small increase in wind can give a large increase in output.

What is the difference between kW and kWh?

kWh – Kilowatt hour – is the measurement of electricity you use or generate over time. kWp – kilowatt peak -  is used when expressing the nameplate rating of your turbine.

How are wind turbines rated?

Wind turbine systems are typically rated in kW - kilowatt - the rated instantaneous output of the wind turbine at a defined wind speed. 

Can the system be used to run a dedicated load?

The property where the PV is installed can produce enough electricity to power the running appliances in your house.

Do installations need batteries?

Grid connected systems do not need batteries. Batteries are bad for your system in the fact that they add cost to your system, reduce the overall performance and are toxic with a short life expectancy.

What happens during a power cut?

When a power cut occurs, the grid connection automatically switches off. Once the power cut has ended, the system will restart.

What happens if there is no wind?

When no wind is present, the electricity will come from the national grid.

What happens if the system generates more than the building is using?

All excess electricity will be exported to the grid and is meanured using an export metre.

How do turbines work?

The winds energy causes the turbines to rotate. The rotational energy is then converted into electrical energy by the generator which can be found in the turbines head.
Turbine blades capture the energy in the wind causing them to rotate. This rotational energy is converted into electrical energy by use of an electrical generator housed in the turbine head. 

Do wind turbines create a lot of noise?

Wind Turbines are generally quiet much to people’s surprise. To get maximum silence you can get purchase noise figures to drown out any niggling sounds.

By using a Mitsubishi Electric Ecodan heat pump to provide domestic space heating and hot water, it is possible to greatly reduce CO2 emissions and improve the energy performance of the property.

Using proven heat pump technology widely used in the heating and cooling industry, Ecodan upgrades naturally occurring energy from the air and uses this to provide domestic space heating and hot water. Heat pump technology has been used around the world for decades and Mitsubishi Electric has developed this technology for domestic application to produce Ecodan - one of the most advanced, efficient renewable heating systems available today.

Ecodan heat pumps are ideal for use in a variety of house sizes or styles and it’s carefully developed control system is designed to work perfectly to provide hot water to either traditional radiators or under floor heating systems. 

Traditionally heat pumps have been seen as only suitable for under floor heating, however with the advanced control system of Ecodan and its ability to provide optimum variable flow temperature control, radiators can now be easily provided with the hot water they need and prove to be a very efficient option.

It derived from his plumbing firm called Paragon Plumbing Services Ltd which he had founded in the early sixties. The two persons elected to run BHE were Bert Hamilton and Stan Rigby. Bert to manage the central heating and maintenance section and Stan to manage the electrical system. BHE’s full name at this stage was Bolton Heating and Electrical. From the outset there were just two faults engineers, one service engineer, one electrician and one electrical apprentice. At that time and due to a building boom, thousands of gas appliances were being installed and there were very few maintenance companies around. Ronnie recognised the gap in the market and capitalised on it. BHE then went on to install hundreds of gas fired warm air heating systems in many parts of the country with all the ducting being manufactured by PPS Fabrications which Ronnie formed to complement his installation and maintenance business.

Throughout it’s history BHE Services (Bolton Ltd) secured and maintained several contracts with Bolton Council, Salford Council, Little Hulton and Walkden, Accrington Council (now Hyndburn BC), Haslingden and Rawthenstall Council, also housing associations including the Guinness Trust, Contour, Rivers, Homes For Change and Dr Chadwick’s Housing Trust. In addition, part of the head office complex was converted into a gas showroom under the name Classical Gas 22.

Today and for over the past 25 years, BHE Services (Bolton) Ltd has serviced and maintained Wigan Council properties which is now called Wigan and Leigh Housing. With a housing stock of predominantly gas heated properties (approaching 20,500) their number some 55,000 appliances. During this period well over a million services for this authority have been completed. In addition to servicing, BHE Services (Bolton) Ltd has provided and responded to routine maintenance needs including emergency service during and outside normal working hours, including weekends and bank holidays over the same period. Along with domestic heating systems, smoke alarms and Carbon Monoxide alarms are also installed and shower heads with hoses are changed to reduce the risk of legionella. Being in partnership with Wigan and Leigh Housing has meant also partnering with Mears Group PLC and Leigh Building Services.

In testament to it’s success in the 40 years BHE Services (Bolton) Ltd has been in business 5 employees have grown to 73 employees and now BHE Services (Bolton) Ltd has diversified into Renewable Energy Services providing expert advice on solar Photovoltaic panels, solar thermal, air and ground source heat pumps, biomass and wind turbines.

Head Office:

Wilkinson House
Radcliffe Rd
Bolton BL3 1RU

Telephone: 01204 450450

Liverpool Office:

7th Floor, Silk House Court
Tithebarn Street
Liverpool L1 2LZ

Telephone: 0151 268 1019

Newcastle Office:

Cuthbert House
City Road
All Saints
Newcastle NE1 2ET

Telephone: 0114 358 2025

Wigan Office:

Unit 16, Rosebridge Court
Rosebridge Way
Wigan WN1 3DP

Telephone: 01204 386447

Sheffield Office:

Watson Chambers
5-15 Market Place
Sheffield S1 2GH

Telephone: 0191 204 9130

Head Office:
Wilkinson House
Radcliffe Rd
Bolton BL3 1RU

Telephone: 01204 450450

Liverpool Office:

7th Floor, Silk House Court
Tithebarn Street
Liverpool L1 2LZ

Telephone: 0151 268 1019

Newcastle Office:

Cuthbert House
City Road
All Saints
Newcastle NE1 2ET

Telephone: 0114 358 2025

Wigan Office:

Unit 16, Rosebridge Court
Rosebridge Way
Wigan WN1 3DP

Telephone: 01204 386447

Sheffield Office:

Watson Chambers
5-15 Market Place
Sheffield S1 2GH

Telephone: 0191 204 9130

Head Office:

Wilkinson House
Radcliffe Rd
Bolton BL3 1RU

Telephone: 01204 450450

Liverpool Office:

7th Floor, Silk House Court
Tithebarn Street
Liverpool L1 2LZ

Telephone: 0151 268 1019

Newcastle Office:

Cuthbert House
City Road
All Saints
Newcastle NE1 2ET

Telephone: 0114 358 2025

Wigan Office:

Unit 16, Rosebridge Court
Rosebridge Way
Wigan WN1 3DP

Telephone: 01204 386447

Sheffield Office:

Watson Chambers
5-15 Market Place
Sheffield S1 2GH

Telephone: 0191 204 9130

Head Office:
Wilkinson House
Radcliffe Rd
Bolton BL3 1RU

Telephone: 01204 450450

Liverpool Office:

7th Floor, Silk House Court
Tithebarn Street
Liverpool L1 2LZ

Telephone: 0151 268 1019

Newcastle Office:

Cuthbert House
City Road
All Saints
Newcastle NE1 2ET

Telephone: 0114 358 2025

Wigan Office:

Unit 16, Rosebridge Court
Rosebridge Way
Wigan WN1 3DP

Telephone: 01204 386447

Sheffield Office:

Watson Chambers
5-15 Market Place
Sheffield S1 2GH

Telephone: 0191 204 9130

Head Office:
Wilkinson House
Radcliffe Rd
Bolton BL3 1RU

Telephone: 01204 450450

Liverpool Office:

7th Floor, Silk House Court
Tithebarn Street
Liverpool L1 2LZ

Telephone: 0151 268 1019

Newcastle Office:

Cuthbert House
City Road
All Saints
Newcastle NE1 2ET

Telephone: 0114 358 2025

Wigan Office:

Unit 16, Rosebridge Court
Rosebridge Way
Wigan WN1 3DP

Telephone: 01204 386447

Sheffield Office:

Watson Chambers
5-15 Market Place
Sheffield S1 2GH

Telephone: 0191 204 9130

Head Office:
Wilkinson House
Radcliffe Rd
Bolton BL3 1RU

Telephone: 01204 450450

Liverpool Office:
7th Floor, Silk House Court
Tithebarn Street
Liverpool L1 2LZ

Telephone: 0151 268 1019

Newcastle Office:
Cuthbert House
City Road
All Saints
Newcastle NE1 2ET

Telephone: 0114 358 2025

Wigan Office:
Unit 16, Rosebridge Court
Rosebridge Way
Wigan WN1 3DP

Telephone: 01204 386447

Sheffield Office:

Watson Chambers
5-15 Market Place
Sheffield S1 2GH

Telephone: 0191 204 9130

This installation comprised of 14 Sharp Solar PV panels connected to a Fronius IG 30 plus Inverter.

Using the SAP mythology a contribution of 2818.08 kWh of electrical energy produced with a reduction in co2 emissions of 1490.76 Co2 due to solar photovoltaic system.

Additional benefits included

Generated income £1220.23

Exported income £33.82

This provided Mr Denby with an annual benefit of £1473.86 a payback period of 6.21 years and a Return on investment of 16.11%

This installation comprised of 14 Suntech Solar PV panels connected to a Fronius IG 30 plus Inverter.

Using the SAP mythology a contribution of 2834.52 kWh of electrical energy produced with a reduction in co2 emissions of 1589.32 Co2 due to solar photovoltaic system.

Additional benefits included

Generated income £1300.91

Exported income £36.05

This provided Mr Tonge with an annual benefit of £ 1571.30 a payback period of 5.57 years and a Return on investment of 17.97%

Mr Tonge was so pleased with the work from the BHE Renewables Team that he recommended us to a friend who also went on to purchase a 14 panel Solar Pv Installation.

This installation comprised of 14 Sharp Solar PV panels connected to a Fronius IG 30 plus Inverter along with 3 vaillant solar thermal hot water panels

Mr Jagger chose to install 245W panels as these have a higher output per panel which left him with enough roof space to install a solar thermal system which provides hot water.

The Solar Thermal system we installed was a Vaillant auroTHERM 3 panel on roof system controlled by a Vaillant 560 controller connected to a 300 litre solar unvented cylinder.

Solar Photovoltaic
Using the SAP mythology a contribution of 2834.52 kWh of electrical energy produced with a reduction in co2 emissions of 558 Co2 due to solar photovoltaic system.

Additional benefits included

Generated income £1227.35

Exported income £34.01

This provided Mr Jagger with an annual benefit of £ 1482.45 a payback period of 6.53 years and a Return on investment of 15.32%

Solar Thermal

Using the SAP mythology a contribution of 2085 Kwh/yr to total annual hot water energy required of 3783 Kwh/y. and a possible carbon saving of 519kgCO2/yr

“A big thank you to the BHE team for the installation – quick, easy and trouble free!”

.

This installation comprised of 12 LDK Solar PV panels connected to a Fronius IG 30 Inverter, location - Harwood Bolton

Objective: To reduce carbon footprint and lower energy bills.

Generated income per year: £1,048.16

Exported to grid £29.05

Not purchased from grid £188.81

Total Income over 25 years: £31,650.50

C02 Saved: 1280.54

Customers comment

“A comforting thought to know we are doing our best for our environment. Solar PV is the future.”

Thinking about getting Solar panels installed? Have some questions that need answering? Watch our video on solar panels and their installation here. This video will tell you all you need to know about the installation process.

All the advanced systems BHE Services supplies and installs are low-carbon technology solutions sourced from our environmental and sustainable supply chain. These systems are found across the UK in urban office developments, hotels, industrial parks, schools and colleges, and across rural and agricultural markets. BHE Services are poised ready to support the UK’s move to a low-carbon economy. The RHI will give an important boost to the economy by the creation of green jobs and fostering the development of new skills. In addition, this initiative realises commercial potential for customers.
Renewable heat avoids emissions associated with the generation of heat energy from fossil fuels. Space and water heating is the biggest use of energy in the UK. Supplied predominantly by fossil gas, it accounts for 47% of the UK’s CO2 emissions. The UK’s renewable heat industry makes up just 1% of the UK’s heat market. Across Europe the UK has the lowest contribution of renewable heat of all EU countries except Malta (on zero). The RHI is one of the mechanisms by which the government aims to increase the generation of clean energy.
The RHI will provide a guaranteed Cashback scheme for renewable heat systems, making long-term commercial investments viable. Users signing up to the scheme will receive a guaranteed long-term Cashback income.
Users of the qualifying technologies will be paid quarterly based on the heat output of the system multiplied by the tariff level per kWh.

What is the Green Deal?
• The Green Deal is about establishing a framework to enable private firms to offer consumers energy efficiency improvements to their homes and businesses at no upfront costs. The cost will be paid back through the energy bills and not by a conventional loan or finance.
Qualifying for the Green Deal Finance
• To qualify for the Green Deal Finance there are a number of steps that must be undertaken in order to prove that the measure would be beneficial.
Qualifying for the Green Deal Finance
• To qualify for the Green Deal Finance there are a number of steps that must be undertaken in order to prove that the measure would be beneficial
• The fundamental Golden Rule of the Green Deal Initiative is that the expected saving from the improvement measure must be equal to or greater than the cost of the measure.
• Since the expected savings are based on those in a typical property, these savings are also dependent on the consumer working to reduce their own energy consumption after installation as well. Part of the Green Deal Initiative is also about helping to give advice on how to change user behavior to maximize the benefits of the improved property.
Additional Government Schemes
• Not every property or consumer will benefit from the Green Deal. For example those on low incomes and vulnerable households might not save money through energy efficiency. This may be due to not having the heating on for long enough. So instead of cash savings they might just have a warmer house for a longer period. Similarly properties that can only be made energy efficient through major improvement works will need additional support.
• Therefore, alongside the Green Deal, the Government is also planning to create Energy Company Obligations (ECO). These will make the energy companies improve the ability of the vulnerable and those on lower incomes to heat their homes affordably and improving hard to treat homes, such as those that have solid walls.
The Green Deal and Business
• The Green Deal extends to businesses as well as to households. Smaller businesses will now be able to get access to funding for energy efficiency improvements and to help lower the costs for meeting environmental obligations such as within the Climate Change Agreements, or the Carbon Reduction schemes. The Green Deal for the business sector will be different but will have to comply with the Golden Rule of the expected saving being equal or greater to the cost of the improvement measure installed.

The UK Government has created a system whereby you can get paid for the electricity you generate with a wind turbine.
About the Scheme.
The Feed in Tariff (FITs) scheme guarantees a minimum payment for all electricity generated by the system, as well as a separate payment for the electricity exported to the national grid. These payments are in addition to the bill savings made by using the electricity generated on-site.
Once you have a microgeneration technology installed you should experience a monthly reduction in your electricity bill and then receive an income from your Feed-in tariff provider (Energy supplier). Typically a domestic 10 kW wind turbine installation will produce an income/saving of £5673.24-£15005.88 per year, index linked, tax free and guaranteed for 20 years, Maintenance included.
How the scheme works
You will benefit from the FiTs in 3 ways:
• Generation tariff – a set rate paid by the energy supplier of 28p for each unit (or kWh) of electricity you generate. This rate will change each year for new entrants to the scheme (except for the first 2 years), but once you join you will continue on the same tariff for 25 years in the case of wind turbines.

• Export tariff - you will receive a further 3p/kWh from your energy supplier for each unit you export back to the national grid, that is when it isn’t used on site.

• Energy bill savings – you will be making savings on your electricity bills, because generating electricity to power your appliances means you don’t have to buy as much electricity from your energy supplier. The amount you save will vary depending how much of the electricity you use on site.

• Cost of electricity per kWh is around 13 pence so the more power you use while you are generating the better saving you will see. “Use it rather than lose it”

• Smart Meters are due to be installed throughout the UK, but until then, you will get paid for exporting 50% of the electricity you generate regardless of how much you actually export.
Other benefits include
Financial
• Receive between 9.52-25.1 % return on investment tax free, get paid for every unit of electricity produced, significantly reduce you energy bills, protect yourselves from rising electricity prices and increase property value and rental yield.

Environmental –
• Co2 Reduction, reduce your carbon footprint, reduce your reliance upon fossil fuels and generate you own clean green electricity

• A typical 10 kWp system will save around 9000 kg/Co2 per annum

• Meet planning targets such as – building regulations / Part L, Carbon reduction commitments, BREEAM (BRE Environmental Assessment Method) and the Code for Sustainable Homes

The UK Government has created a system whereby you can get paid for the electricity you generate with your solar PV array.
About the Scheme
The Feed In Tariff (FiTs) scheme guarantees a minimum payment for all electricity generated by the system, as well as a separate payment for the electricity exported to the national grid. These payments are in addition to the bill savings made by using the electricity generated on-site, we will automatically provide you with a Feed in Tariff (FiTs) form, which you can submit to your Energy supplier.
Once you have a microgeneration technology installed you should experience a monthly reduction in your electricity bill and then receive an income from your Feed-in tariff provider (Energy supplier). Typically a domestic installation will produce an income/saving of £400-£1,100 per year, index linked, tax free and guaranteed for 25 years.
How the scheme works
You will benefit from the FiTs in 3 ways:
• Generation tariff – a set rate paid by the energy supplier of 21p for each unit (or kWh) of electricity you generate. This rate will change each year for new entrants to the scheme (except for the first 2 years), but once you join you will continue on the same tariff for 25 years in the case of solar electricity (PV).

• Export tariff - you will receive a further 3p/kWh from your energy supplier for each unit you export back to the national grid, that is when it isn’t used on site.

• Energy bill savings – you will be making savings on your electricity bills , because generating electricity to power your appliances means you don’t have to buy as much electricity from your energy supplier. The amount you save will vary depending how much of the electricity you use on site.

• Cost of electricity per kWh is around 14 pence so the more power you use while you are generating the better saving you will see. “Use it rather than lose it”

• Smart Meters are due to be installed throughout the UK, but until then, you will get paid for exporting 50% of the electricity you generate regardless of how much you actually export.
Other benefits include:
Financial
• Receive between 8-12 % return on investment tax free, get paid for every unit of electricity produced, significantly reduce you energy bills, protect yourselves from rising electricity prices and increase property value and rental yield.

Environmental –
• Co2 Reduction, reduce your carbon footprint, reduce your reliance upon fossil fuels and generate you own clean green electricity

• A typical 2.3 kWp system will save around 1040 kg/Co2 per annum

• Meet planning targets such as – building regulations / Part L, Carbon reduction commitments, BREEAM (BRE Environmental Assessment Method) and the Code for Sustainable Homes

Frequently asked questions
What is the Renewable Heat Premium Payment?
• The Renewable Heat Premium Payment is a scheme to support people who want to install renewable heat technologies.
How will the scheme work?
• Individuals will be able to apply for a voucher which will be issued once they fill in the form. Once one of the qualifying technologies has been installed the voucher can be exchanged for grant money. If you are issued with a voucher you are not required to then install equipment but if you do, the voucher is a promise that you will receive the appropriate grant once your equipment has been installed and as long as the relevant conditions of the voucher are met. If you decide you will not use the voucher please inform the Energy Saving Trust as soon as possible.
How do I apply for a Renewable Heat Premium Payment?
• The scheme opened for applications on 1st August 2011. You can apply online by going to the Energy Saving Trust website http://www.energysavingtrust.org.uk  please read the eligible criteria below before making an application, we will be happy to provide guidance and help in submitting an application if needed.
• If you don’t have access to the internet you will be able to apply by calling an advisor on 0800 512 012.
Who can apply for a grant?
• Individuals who own their own property and reside within England, Wales or Scotland can apply for installations at their primary residence. Please note that this scheme does not apply to residents of Northern Ireland, the Isle of Man or the Channel Islands. If you rent your property privately, approach your landlord as you may need to work with them to apply for the scheme.
The payments outlined as follows;
• Air Source Heat Pumps £850
• Ground Source Heat Pumps £1150
• Solar Thermal Collectors £300
• Biomass £950
What are the eligibility criteria?
• Applicants must be the owners of or reside in the property for which the grant is applied (alternatively applicants who have leasehold ownership or tenancy occupation must have permission from the property freeholder) and it must be their primary residence.
• For heating systems other than solar thermal, this must be the main heating system in the house.
• The installation address must be situated in England, Scotland or Wales (the scheme is not available to addresses in Northern Ireland, the Isle of Man and the Channel Islands) and must be the applicant’s primary residence or a property occupied for the majority of the year.
• Eligible technologies are solar thermal hot Water, air to water source heat pumps, ground source heat pumps, water to water heat pumps and biomass fuelled boilers (e.g. wood or wood pellet), air to air heat pumps, wood fuelled stoves (unless they are part of a system with a back boiler) and bio liquid fuelled systems are not eligible for this scheme.
• Solar thermal hot water systems will be available to all householders.
• For other technologies applicants must not currently use mains gas supply for their heating system.
• For other technologies applicants must not currently use mains gas supply for their heating system.
• Applicants must use a Microgeneration Certification Scheme (MCS) certificated installer and product or equivalent. Please see http://www.microgenerationcertification.org for more details.
• Renewable heating systems must supply a permanent residential building (mobile homes, caravans, house boats and systems heating swimming pools only are not eligible).
• Basic energy efficiency measures must have been installed at the installation address (loft insulation up to 250mm where appropriate, cavity wall insulation where practicable). More information can be found on the Energy Saving Trust’s website http://www.energysavingtrust.org.uk/RHPP or call your local Energy Saving Trust advice centre on 0800 512 012.
• Applicants must have received all relevant permissions for the installation including planning permission where required. If in doubt, please confirm with your local authority whether planning permission is required.

The UK Government has created a system whereby you can get paid for the electricity you generate with your solar PV array.

About the Scheme

The Feed In Tariff (FiTs) scheme guarantees a minimum payment for all electricity generated by the system, as well as a separate payment for the electricity exported to the national grid. These payments are in addition to the bill savings made by using the electricity generated on-site, we will automatically provide you with a Feed in Tariff (FiTs) form, which you can submit to your Energy supplier.

Once you have a microgeneration technology installed you should experience a monthly reduction in your electricity bill and then receive an income from your Feed-in tariff provider (Energy supplier). Typically a domestic installation will produce an income/saving of £400-£1,100 per year, index linked, tax free and guaranteed for 25 years.

How the scheme works

You will benefit from the FiTs in 3 ways:
• Generation tariff – a set rate paid by the energy supplier of 21p for each unit (or kWh) of electricity you generate. This rate will change each year for new entrants to the scheme (except for the first 2 years), but once you join you will continue on the same tariff for 25 years in the case of solar electricity (PV).

• Export tariff - you will receive a further 3p/kWh from your energy supplier for each unit you export back to the national grid, that is when it isn’t used on site.

• Energy bill savings – you will be making savings on your electricity bills , because generating electricity to power your appliances means you don’t have to buy as much electricity from your energy supplier. The amount you save will vary depending how much of the electricity you use on site.

• Cost of electricity per kWh is around 14 pence so the more power you use while you are generating the better saving you will see. “Use it rather than lose it”

• Smart Meters are due to be installed throughout the UK, but until then, you will get paid for exporting 50% of the electricity you generate regardless of how much you actually export.

Other benefits include:

Financial

• Receive between 7-12 % return on investment tax free, get paid for every unit of electricity produced, significantly reduce you energy bills, protect yourselves from rising electricity prices and increase property value and rental yield.

Environmental –
• Co2 Reduction, reduce your carbon footprint, reduce your reliance upon fossil fuels and generate you own clean green electricity

• A typical 2.3 kWp system will save around 1040 kg/Co2 per annum

• Meet planning targets such as – building regulations / Part L, Carbon reduction commitments, BREEAM (BRE Environmental Assessment Method) and the Code for Sustainable Homes

About the Scheme.
The Feed in Tariff (FITs) scheme guarantees a minimum payment for all electricity generated by the system, as well as a separate payment for the electricity exported to the national grid. These payments are in addition to the bill savings made by using the electricity generated on-site.
Once you have a microgeneration technology installed you should experience a monthly reduction in your electricity bill and then receive an income from your Feed-in tariff provider (Energy supplier). Typically a domestic 10 kW wind turbine installation will produce an income/saving of £5673.24-£15005.88 per year, index linked, tax free and guaranteed for 20 years, Maintenance included.
How the scheme works
You will benefit from the FiTs in 3 ways:
• Generation tariff – a set rate paid by the energy supplier of 28p for each unit (or kWh) of electricity you generate. This rate will change each year for new entrants to the scheme (except for the first 2 years), but once you join you will continue on the same tariff for 25 years in the case of wind turbines.

• Export tariff - you will receive a further 3p/kWh from your energy supplier for each unit you export back to the national grid, that is when it isn’t used on site.

• Energy bill savings – you will be making savings on your electricity bills, because generating electricity to power your appliances means you don’t have to buy as much electricity from your energy supplier. The amount you save will vary depending how much of the electricity you use on site.

• Cost of electricity per kWh is around 13 pence so the more power you use while you are generating the better saving you will see. “Use it rather than lose it”

• Smart Meters are due to be installed throughout the UK, but until then, you will get paid for exporting 50% of the electricity you generate regardless of how much you actually export.
Other benefits include
Financial
• Receive between 9.52-25.1 % return on investment tax free, get paid for every unit of electricity produced, significantly reduce you energy bills, protect yourselves from rising electricity prices and increase property value and rental yield.

Environmental –
• Co2 Reduction, reduce your carbon footprint, reduce your reliance upon fossil fuels and generate you own clean green electricity

• A typical 10 kWp system will save around 9000 kg/Co2 per annum

• Meet planning targets such as – building regulations / Part L, Carbon reduction commitments, BREEAM (BRE Environmental Assessment Method) and the Code for Sustainable Homes

Frequently asked questions
What is the Renewable Heat Premium Payment?
• The Renewable Heat Premium Payment is a scheme to support people who want to install renewable heat technologies.
How will the scheme work?
• Individuals will be able to apply for a voucher which will be issued once they fill in the form. Once one of the qualifying technologies has been installed the voucher can be exchanged for grant money. If you are issued with a voucher you are not required to then install equipment but if you do, the voucher is a promise that you will receive the appropriate grant once your equipment has been installed and as long as the relevant conditions of the voucher are met. If you decide you will not use the voucher please inform the Energy Saving Trust as soon as possible.
How do I apply for a Renewable Heat Premium Payment?
• The scheme opened for applications on 1st August 2011. You can apply online by going to the Energy Saving Trust website http://www.energysavingtrust.org.uk  please read the eligible criteria below before making an application, we will be happy to provide guidance and help in submitting an application if needed.
• If you don’t have access to the internet you will be able to apply by calling an advisor on           0800 512 012.
Who can apply for a grant?
• Individuals who own their own property and reside within England, Wales or Scotland can apply for installations at their primary residence. Please note that this scheme does not apply to residents of Northern Ireland, the Isle of Man or the Channel Islands. If you rent your property privately, approach your landlord as you may need to work with them to apply for the scheme.
The payments outlined as follows;
• Solar Thermal Collectors £300

What are the eligibility criteria?

• Applicants must be the owners of or reside in the property for which the grant is applied (alternatively applicants who have leasehold ownership or tenancy occupation must have permission from the property freeholder) and it must be their primary residence.
• For heating systems other than solar thermal, this must be the main heating system in the house.
• The installation address must be situated in England, Scotland or Wales (the scheme is not available to addresses in Northern Ireland, the Isle of Man and the Channel Islands) and must be the applicant’s primary residence or a property occupied for the majority of the year.
• Eligible technologies are solar thermal hot Water, air to water source heat pumps, ground source heat pumps, water to water heat pumps and biomass fuelled boilers (e.g. wood or wood pellet), air to air heat pumps, wood fuelled stoves (unless they are part of a system with a back boiler) and bio liquid fuelled systems are not eligible for this scheme.
• Solar thermal hot water systems will be available to all householders.
• For other technologies applicants must not currently use mains gas supply for their heating system.
• Applicants must use a Microgeneration Certification Scheme (MCS) certificated installer and product or equivalent. Please see http://www.microgenerationcertification.org for more details.
• Renewable heating systems must supply a permanent residential building (mobile homes, caravans, house boats and systems heating swimming pools only are not eligible).
• Basic energy efficiency measures must have been installed at the installation address (loft insulation up to 250mm where appropriate, cavity wall insulation where practicable). More information can be found on the Energy Saving Trust’s website http://www.energysavingtrust.org.uk/RHPP or call your local Energy Saving Trust advice centre on 0800 512 012.
• Applicants must have received all relevant permissions for the installation including planning permission where required. If in doubt, please confirm with your local authority whether planning permission is required.

Renewable Heat Incentive (RHI)
• The RHI will provide payments over a set period of time to generators of renewable heat. It starts in September 2011 for industrial, commercial and public sector installations and Government has announced its intention to make support under the scheme available to households in Autumn 2012.
If I receive a Renewable Heat Premium Payment, will I be eligible for the Renewable Heat Incentive when it is introduced?
• The Government has confirmed that renewable heat installations installed in homes since 15 July 2009 will get the Renewable Heat Incentive once it comes in, provided they meet the eligibility criteria. They have also confirmed that this will include those who receive support under the RHPP scheme. However, the Government has not yet published its proposals for how the RHI will work in the domestic sector, so we cannot at this stage provide more information on this. In particular we cannot guarantee that those eligible for an RHPP grant will also be eligible for the RHI.

Frequently asked questions
What is the Renewable Heat Premium Payment?
• The Renewable Heat Premium Payment is a scheme to support people who want to install renewable heat technologies.
How will the scheme work?
• Individuals will be able to apply for a voucher which will be issued once they fill in the form. Once one of the qualifying technologies has been installed the voucher can be exchanged for grant money. If you are issued with a voucher you are not required to then install equipment but if you do, the voucher is a promise that you will receive the appropriate grant once your equipment has been installed and as long as the relevant conditions of the voucher are met. If you decide you will not use the voucher please inform the Energy Saving Trust as soon as possible.
How do I apply for a Renewable Heat Premium Payment?
• The scheme opened for applications on 1st August 2011. You can apply online by going to the Energy Saving Trust website http://www.energysavingtrust.org.uk  please read the eligible criteria below before making an application, we will be happy to provide guidance and help in submitting an application if needed.
Who can apply for a grant?
• Individuals who own their own property and reside within England, Wales or Scotland can apply for installations at their primary residence. Please note that this scheme does not apply to residents of Northern Ireland, the Isle of Man or the Channel Islands. If you rent your property privately, approach your landlord as you may need to work with them to apply for the scheme.
The payments outlined as follows;
• Ground Source Heat Pumps £1150

What are the eligibility criteria?

• Applicants must be the owners of or reside in the property for which the grant is applied (alternatively applicants who have leasehold ownership or tenancy occupation must have permission from the property freeholder) and it must be their primary residence.
• For heating systems other than solar thermal, this must be the main heating system in the house.
• The installation address must be situated in England, Scotland or Wales (the scheme is not available to addresses in Northern Ireland, the Isle of Man and the Channel Islands) and must be the applicant’s primary residence or a property occupied for the majority of the year.
• Eligible technologies are solar thermal hot Water, air to water source heat pumps, ground source heat pumps, water to water heat pumps and biomass fuelled boilers (e.g. wood or wood pellet), air to air heat pumps, wood fuelled stoves (unless they are part of a system with a back boiler) and bio liquid fuelled systems are not eligible for this scheme.
• Solar thermal hot water systems will be available to all householders.
• For other technologies applicants must not currently use mains gas supply for their heating system.
• Applicants must use a Microgeneration Certification Scheme (MCS) certificated installer and product or equivalent. Please see http://www.microgenerationcertification.org for more details.
• Renewable heating systems must supply a permanent residential building (mobile homes, caravans, house boats and systems heating swimming pools only are not eligible).
• Basic energy efficiency measures must have been installed at the installation address (loft insulation up to 250mm where appropriate, cavity wall insulation where practicable). More information can be found on the Energy Saving Trust’s website http://www.energysavingtrust.org.uk/RHPP or call your local Energy Saving Trust advice centre on 0800 512 012.
• Applicants must have received all relevant permissions for the installation including planning permission where required. If in doubt, please confirm with your local authority whether planning permission is required.

Renewable Heat Incentive (RHI)
• The RHI will provide payments over a set period of time to generators of renewable heat. It starts in September 2011 for industrial, commercial and public sector installations and Government has announced its intention to make support under the scheme available to households in Autumn 2012.
If I receive a Renewable Heat Premium Payment, will I be eligible for the Renewable Heat Incentive when it is introduced?
• The Government has confirmed that renewable heat installations installed in homes since 15 July 2009 will get the Renewable Heat Incentive once it comes in, provided they meet the eligibility criteria. They have also confirmed that this will include those who receive support under the RHPP scheme. However, the Government has not yet published its proposals for how the RHI will work in the domestic sector, so we cannot at this stage provide more information on this. In particular we cannot guarantee that those eligible for an RHPP grant will also be eligible for the RHI.

Frequently asked questions
What is the Renewable Heat Premium Payment?
• The Renewable Heat Premium Payment is a scheme to support people who want to install renewable heat technologies.
How will the scheme work?
• Individuals will be able to apply for a voucher which will be issued once they fill in the form. Once one of the qualifying technologies has been installed the voucher can be exchanged for grant money. If you are issued with a voucher you are not required to then install equipment but if you do, the voucher is a promise that you will receive the appropriate grant once your equipment has been installed and as long as the relevant conditions of the voucher are met. If you decide you will not use the voucher please inform the Energy Saving Trust as soon as possible.
How do I apply for a Renewable Heat Premium Payment?
• The scheme opened for applications on 1st August 2011. You can apply online by going to the Energy Saving Trust website http://www.energysavingtrust.org.uk  please read the eligible criteria below before making an application, we will be happy to provide guidance and help in submitting an application if needed.
Who can apply for a grant?
• Individuals who own their own property and reside within England, Wales or Scotland can apply for installations at their primary residence. Please note that this scheme does not apply to residents of Northern Ireland, the Isle of Man or the Channel Islands. If you rent your property privately, approach your landlord as you may need to work with them to apply for the scheme.
The payments outlined as follows;
• Biomass £950
What are the eligibility criteria?

• Applicants must be the owners of or reside in the property for which the grant is applied (alternatively applicants who have leasehold ownership or tenancy occupation must have permission from the property freeholder) and it must be their primary residence.
• For heating systems other than solar thermal, this must be the main heating system in the house.
• The installation address must be situated in England, Scotland or Wales (the scheme is not available to addresses in Northern Ireland, the Isle of Man and the Channel Islands) and must be the applicant’s primary residence or a property occupied for the majority of the year.
• Eligible technologies are solar thermal hot Water, air to water source heat pumps, ground source heat pumps, water to water heat pumps and biomass fuelled boilers (e.g. wood or wood pellet), air to air heat pumps, wood fuelled stoves (unless they are part of a system with a back boiler) and bio liquid fuelled systems are not eligible for this scheme.
• Solar thermal hot water systems will be available to all householders.
• For other technologies applicants must not currently use mains gas supply for their heating system.
• Applicants must use a Microgeneration Certification Scheme (MCS) certificated installer and product or equivalent. Please see http://www.microgenerationcertification.org for more details.
• Renewable heating systems must supply a permanent residential building (mobile homes, caravans, house boats and systems heating swimming pools only are not eligible).
• Basic energy efficiency measures must have been installed at the installation address (loft insulation up to 250mm where appropriate, cavity wall insulation where practicable). More information can be found on the Energy Saving Trust’s website http://www.energysavingtrust.org.uk/RHPP or call your local Energy Saving Trust advice centre on 0800 512 012.
• Applicants must have received all relevant permissions for the installation including planning permission where required. If in doubt, please confirm with your local authority whether planning permission is required.

Renewable Heat Incentive (RHI)
• The RHI will provide payments over a set period of time to generators of renewable heat. It starts in September 2011 for industrial, commercial and public sector installations and Government has announced its intention to make support under the scheme available to households in Autumn 2012.
If I receive a Renewable Heat Premium Payment, will I be eligible for the Renewable Heat Incentive when it is introduced?
• The Government has confirmed that renewable heat installations installed in homes since 15 July 2009 will get the Renewable Heat Incentive once it comes in, provided they meet the eligibility criteria. They have also confirmed that this will include those who receive support under the RHPP scheme. However, the Government has not yet published its proposals for how the RHI will work in the domestic sector, so we cannot at this stage provide more information on this. In particular we cannot guarantee that those eligible for an RHPP grant will also be eligible for the RHI.

Frequently asked questions
What is the Renewable Heat Premium Payment?
• The Renewable Heat Premium Payment is a scheme to support people who want to install renewable heat technologies.
How will the scheme work?
• Individuals will be able to apply for a voucher which will be issued once they fill in the form. Once one of the qualifying technologies has been installed the voucher can be exchanged for grant money. If you are issued with a voucher you are not required to then install equipment but if you do, the voucher is a promise that you will receive the appropriate grant once your equipment has been installed and as long as the relevant conditions of the voucher are met. If you decide you will not use the voucher please inform the Energy Saving Trust as soon as possible.
How do I apply for a Renewable Heat Premium Payment?
• The scheme opened for applications on 1st August 2011. You can apply online by going to the Energy Saving Trust website http://www.energysavingtrust.org.uk  please read the eligible criteria below before making an application, we will be happy to provide guidance and help in submitting an application if needed.
Who can apply for a grant?
• Individuals who own their own property and reside within England, Wales or Scotland can apply for installations at their primary residence. Please note that this scheme does not apply to residents of Northern Ireland, the Isle of Man or the Channel Islands. If you rent your property privately, approach your landlord as you may need to work with them to apply for the scheme.
The payments outlined as follows;
• Air Source Heat Pumps £850

What are the eligibility criteria?
• Applicants must be the owners of or reside in the property for which the grant is applied (alternatively applicants who have leasehold ownership or tenancy occupation must have permission from the property freeholder) and it must be their primary residence.
• For heating systems other than solar thermal, this must be the main heating system in the house.
• The installation address must be situated in England, Scotland or Wales (the scheme is not available to addresses in Northern Ireland, the Isle of Man and the Channel Islands) and must be the applicant’s primary residence or a property occupied for the majority of the year.
• Eligible technologies are solar thermal hot Water, air to water source heat pumps, ground source heat pumps, water to water heat pumps and biomass fuelled boilers (e.g. wood or wood pellet), air to air heat pumps, wood fuelled stoves (unless they are part of a system with a back boiler) and bio liquid fuelled systems are not eligible for this scheme.
• Solar thermal hot water systems will be available to all householders.
• For other technologies applicants must not currently use mains gas supply for their heating system.
• For other technologies applicants must not currently use mains gas supply for their heating system.
• Applicants must use a Microgeneration Certification Scheme (MCS) certificated installer and product or equivalent. Please see http://www.microgenerationcertification.org for more details.
• Renewable heating systems must supply a permanent residential building (mobile homes, caravans, house boats and systems heating swimming pools only are not eligible).
• Basic energy efficiency measures must have been installed at the installation address (loft insulation up to 250mm where appropriate, cavity wall insulation where practicable). More information can be found on the Energy Saving Trust’s website http://www.energysavingtrust.org.uk/RHPP or call your local Energy Saving Trust advice centre on 0800 512 012.
• Applicants must have received all relevant permissions for the installation including planning permission where required. If in doubt, please confirm with your local authority whether planning permission is required.

Renewable Heat Incentive (RHI)
• The RHI will provide payments over a set period of time to generators of renewable heat. It starts in September 2011 for industrial, commercial and public sector installations and Government has announced its intention to make support under the scheme available to households in Autumn 2012.

If I receive a Renewable Heat Premium Payment, will I be eligible for the Renewable Heat Incentive when it is introduced?
• The Government has confirmed that renewable heat installations installed in homes since 15 July 2009 will get the Renewable Heat Incentive once it comes in, provided they meet the eligibility criteria. They have also confirmed that this will include those who receive support under the RHPP scheme. However, the Government has not yet published its proposals for how the RHI will work in the domestic sector, so we cannot at this stage provide more information on this. In particular we cannot guarantee that those eligible for an RHPP grant will also be eligible for the RHI.

As a dynamic and innovative business, the focus has always remained on growth yet the core values of quality and customer care still remain at the heart of the organisation. It is a family business and this vested interest enables everyone to have a profound appreciation for quality, care and respect. Indeed, this philosophy can be seen to resonate throughout the company to all staff at all levels.
With their core values in mind, BHE Services has always considered the best and most fuel efficient option for customers. In more recent times the company has proved an unswerving commitment to energy efficiency by launching a Renewable Energy Services Division.
In any area of the business BHE Services always ensure they fully comply with legislative and technical criteria. To this end, BHE Services were one of the first contractors in the North West to achieve MCS accreditation along with ISO 9001 (Quality Management) and ISO 14001 (Environmental Management) for renewable energy services. The company has used this ‘platform’ to further build it’s ‘green’ credentials.
On receipt of a confirmed appointment, our Surveyor will visit to undertake a thorough survey. No two properties are the same and therefore any proposed solution offered will be tailored to suit the customer’s specific needs and the associated features of their property.
Following the inspection, a detailed quotation will be prepared. A technical expert will be available to discuss the proposal at the customer’s convenience. Again, BHE Services’ experience in customer care has proved that it is critical to impart information in a way that is easily understood by all sectors of the community. 
Upon acceptance of the quotation, and payment of a deposit, the Surveyor will agree a convenient installation date with the customer and place an order for the materials. Typically, the installation will take between 1 to 14 days from start to finish, from experience any disruption is kept to an absolute minimum.
On completion the customer will be presented with a ‘Wind Turbine Handover Pack’ that will include documents such as MCS certificate, electrical certificate, building regulations compliance certificate, commissioning documents, final invoice and customer satisfaction report.
BHE Services will also include an application form to register for the Feed in Tariff, completed on the customer’s behalf.
The ‘Renewable’ industry can appear quite complex to the lay person. As part of the service, BHE Services will be available before, during and after the installation to clarify and queries or offer advice. This continued support will include the final registration process to claim the ‘Feed in Tariff’. BHE Services will also deal with planning consents with the local authority, and notify the electrical Distribution Network Operator of the customer’s final connection to the grid.

Aftercare
As with all wind turbines, checks on the performance of the appliance and associated controls need to be checked on the advice of manufacturer’s instructions.
Maintenance of any appliance is very important, in all cases manufacturer’s instructions should be read and understood when carrying out maintenance checks, most manufacturers have their own maintenance check report which should be completed on every maintenance visit.
The installation will be provided with a desktop monitor as standard but smart metering solutions are available on request if needed.
BHE services can arrange maintenance checks for wind turbines, for more information please ask one of our advisors alternatively please ring 0800 158 3911 or email .(JavaScript must be enabled to view this email address)

As a dynamic and innovative business, the focus has always remained on growth yet the core values of quality and customer care still remain at the heart of the organisation. It is a family business and this vested interest enables everyone to have a profound appreciation for quality, care and respect. Indeed, this philosophy can be seen to resonate throughout the company to all staff at all levels.
With their core values in mind, BHE Services has always considered the best and most fuel efficient option for customers. In more recent times the company has proved an unswerving commitment to energy efficiency by launching a Renewable Energy Services Division.
In any area of the business BHE Services always ensure they fully comply with legislative and technical criteria. To this end, BHE Services were one of the first contractors in the North West to achieve MCS accreditation along with ISO 9001 (Quality Management) and ISO 14001 (Environmental Management) for renewable energy services. The company has used this ‘platform’ to further build it’s ‘green’ credentials.
On receipt of a confirmed appointment, our Surveyor will visit to undertake a thorough survey. No two properties are the same and therefore any proposed solution offered will be tailored to suit the customer’s specific needs and the associated features of their property.
Following the inspection, a detailed quotation will be prepared. A technical expert will be available to discuss the proposal at the customer’s convenience. Again, BHE Services’ experience in customer care has proved that it is critical to impart information in a way that is easily understood by all sectors of the community. 
Upon acceptance of the quotation, and payment of a deposit, the Surveyor will agree a convenient installation date with the customer and place an order for the materials. Typically, the installation will take between 1 to 3 days from start to finish, from experience any disruption is kept to an absolute minimum.
On completion the customer will be presented with a ‘Solar Thermal Handover Pack’ that will include documents such as MCS certificate, electrical certificate, building regulations compliance certificate, commissioning documents, final invoice and customer satisfaction report.
The ‘Renewable’ industry can appear quite complex to the lay person. As part of this service, BHE Services will be available before, during and after the installation to clarify any queries or offer advice.
This continued support will include the final registration process to claim the Renewable Heating Premium Payment (RHPP) along with help to gain the Renewable Heating Incentive (RHI) when it come into force in October 2012.

Aftercare
As with all solar thermal systems, annual checks of the performance of the appliance and associated controls need to be checked on a yearly basis.
Maintenance of any appliance is very important, in all cases manufacturer’s instructions should be read and understood when carrying out maintenance checks, most manufacturers have their own maintenance check report which should be completed on every maintenance visit.
A copy of the report should be left with the customer and kept for records.
BHE services can arrange maintenance checks for solar thermal systems, for more information please ask one of our advisors alternatively please ring 0800 158 3911 or email .(JavaScript must be enabled to view this email address)

As a dynamic and innovative business, the focus has always remained on growth yet the core values of quality and customer care still remain at the heart of the organisation. It is a family business and this vested interest enables everyone to have a profound appreciation for quality, care and respect. Indeed, this philosophy can be seen to resonate throughout the company to all staff at all levels.
With their core values in mind, BHE Services has always considered the best and most fuel efficient option for customers. In more recent times the company has proved an unswerving commitment to energy efficiency by launching a Renewable Energy Services Division.
In any area of the business BHE Services always ensure they fully comply with legislative and technical criteria. To this end, BHE Services were one of the first contractors in the North West to achieve MCS accreditation along with ISO 9001 (Quality Management) and ISO 14001 (Environmental Management) for renewable energy services. The company has used this ‘platform’ to further build it’s ‘green’ credentials.
On receipt of a confirmed appointment, our Surveyor will visit to undertake a thorough survey. No two properties are the same and therefore any proposed solution offered will be tailored to suit the customer’s specific needs and the associated features of their property.
Following the inspection, a detailed quotation will be prepared. A technical expert will be available to discuss the proposal at the customer’s convenience. Again, BHE Services’ experience in customer care has proved that it is critical to impart information in a way that is easily understood by all sectors of the community. 
Upon acceptance of the quotation, and payment of a deposit, the Surveyor will agree a convenient installation date with the customer and place an order for the materials. Typically, the installation will take between 1 to 3 days from start to finish, from experience any disruption is kept to an absolute minimum.
On completion the customer will be presented with a ‘Solar PV Handover Pack’ that will include documents such as MCS certificate, electrical certificate, building regulations compliance certificate, commissioning documents, final invoice and customer satisfaction report.
BHE Services will also include an application form to register for the Feed in Tariff, completed on the customer’s behalf.
The ‘Renewable’ industry can appear quite complex to the lay person. As part of the service, BHE Services will be available before, during and after the installation to clarify any queries or offer advice. This continued support will include the final registration process to claim the ‘Feed in Tariff’. BHE Services will also deal with planning consents with the local authority, and notify the electrical Distribution Network Operator of the customer’s final connection to the grid.

Aftercare
The system will require very little maintenance, although the customer may wish to clean the panels once in a while. However, BHE Services can provide costs for an annual service to carry out a full test and inspection to ensure the products are performing within the manufacturers guidelines should the customer require this service.
The installation will be provided with a desktop monitor as standard but smart metering solutions are available on request if needed.
BHE services can arrange maintenance checks for solar PV, for more information please ask one of our advisors alternatively please ring 0800 158 3911 or email .(JavaScript must be enabled to view this email address)

As a dynamic and innovative business, the focus has always remained on growth yet the core values of quality and customer care still remain at the heart of the organisation. It is a family business and this vested interest enables everyone to have a profound appreciation for quality, care and respect. Indeed, this philosophy can be seen to resonate throughout the company to all staff at all levels.
With their core values in mind, BHE Services has always considered the best and most fuel efficient option for customers. In more recent times the company has proved an unswerving commitment to energy efficiency by launching a Renewable Energy Services Division.
In any area of the business BHE Services always ensure they fully comply with legislative and technical criteria. To this end, BHE Services were one of the first contractors in the North West to achieve MCS accreditation along with ISO 9001 (Quality Management) and ISO 14001 (Environmental Management) for renewable energy services. The company has used this ‘platform’ to further build it’s ‘green’ credentials.
On receipt of a confirmed appointment, our Surveyor will visit to undertake a thorough survey. No two properties are the same and therefore any proposed solution offered will be tailored to suit the customer’s specific needs and the associated features of their property.
Following the inspection, a detailed quotation will be prepared. A technical expert will be available to discuss the proposal at the customer’s convenience. Again, BHE Services’ experience in customer care has proved that it is critical to impart information in a way that is easily understood by all sectors of the community. 
Upon acceptance of the quotation, and payment of a deposit, the Surveyor will agree a convenient installation date with the customer and place an order for the materials. Typically, the installation will take between 1 to 5 days from start to finish, from experience any disruption is kept to an absolute minimum.
On completion the customer will be presented with a ‘Heat Pump Handover Pack’ that will include documents such as MCS certificate, electrical certificate, building regulations compliance certificate, commissioning documents, final invoice and customer satisfaction report.
The ‘Renewable’ industry can appear quite complex to the lay person. As part of this service, BHE Services will be available before, during and after the installation to clarify any queries or offer advice.
This continued support will include the final registration process to claim the Renewable Heating Premium Payment (RHPP) along with help to gain the Renewable Heating Incentive (RHI) when it come into force in October 2012.

Aftercare
As with all heating systems, annual checks of the performance of the appliance and associated controls need to be checked on a yearly basis.
Maintenance of any appliance is very important, in all cases manufacturer’s instructions should be read and understood when carrying out maintenance checks, most manufacturers have their own maintenance check report which should be completed on every maintenance visit.
A copy of the report should be left with the customer and kept for records.
BHE services can arrange maintenance checks for ground source heat pumps, for more information please ask one of our advisors alternatively please ring 0800 158 3911 or email .(JavaScript must be enabled to view this email address)

As a dynamic and innovative business, the focus has always remained on growth yet the core values of quality and customer care still remain at the heart of the organisation. It is a family business and this vested interest enables everyone to have a profound appreciation for quality, care and respect. Indeed, this philosophy can be seen to resonate throughout the company to all staff at all levels.
With their core values in mind, BHE Services has always considered the best and most fuel efficient option for customers. In more recent times the company has proved an unswerving commitment to energy efficiency by launching a Renewable Energy Services Division.
In any area of the business BHE Services always ensure they fully comply with legislative and technical criteria. To this end, BHE Services were one of the first contractors in the North West to achieve MCS accreditation along with ISO 9001 (Quality Management) and ISO 14001 (Environmental Management) for renewable energy services. The company has used this ‘platform’ to further build it’s ‘green’ credentials.
On receipt of a confirmed appointment, our Surveyor will visit to undertake a thorough survey. No two properties are the same and therefore any proposed solution offered will be tailored to suit the customer’s specific needs and the associated features of their property.
Following the inspection, a detailed quotation will be prepared. A technical expert will be available to discuss the proposal at the customer’s convenience. Again, BHE Services’ experience in customer care has proved that it is critical to impart information in a way that is easily understood by all sectors of the community. 
Upon acceptance of the quotation, and payment of a deposit, the Surveyor will agree a convenient installation date with the customer and place an order for the materials. Typically, the installation will take between 1 to 5 days from start to finish, from experience any disruption is kept to an absolute minimum.
On completion the customer will be presented with a ‘Biomass Handover Pack’ that will include documents such as MCS certificate, electrical certificate, building regulations compliance certificate, commissioning documents, final invoice and customer satisfaction report
The ‘Renewable’ industry can appear quite complex to the lay person. As part of this service, BHE Services will be available before, during and after the installation to clarify any queries or offer advice.
This continued support will include the final registration process to claim the Renewable Heating Premium Payment (RHPP) along with help to gain the Renewable Heating Incentive (RHI) when it comes into force in October 2012.

Aftercare
As with all heating systems, annual checks of the performance of the appliance and associated controls need to be checked on a yearly basis.
Maintenance of any appliance is very important, in all cases manufacturer’s instructions should be read and understood when carrying out maintenance checks, most manufacturers have their own maintenance check report which should be completed on every maintenance visit.
A copy of the report should be left with the customer and kept for records.
BHE services can arrange maintenance checks for biomass heating systems, for more information please ask one of our advisors alternatively please ring 0800 158 3911 or email .(JavaScript must be enabled to view this email address)

As a dynamic and innovative business, the focus has always remained on growth yet the core values of quality and customer care still remain at the heart of the organisation. It is a family business and this vested interest enables everyone to have a profound appreciation for quality, care and respect. Indeed, this philosophy can be seen to resonate throughout the company to all staff at all levels.
With their core values in mind, BHE Services has always considered the best and most fuel efficient option for customers. In more recent times the company has proved an unswerving commitment to energy efficiency by launching a Renewable Energy Services Division.
In any area of the business BHE Services always ensure they fully comply with legislative and technical criteria. To this end, BHE Services were one of the first contractors in the North West to achieve MCS accreditation along with ISO 9001 (Quality Management) and ISO 14001 (Environmental Management) for renewable energy services. The company has used this ‘platform’ to further build it’s ‘green’ credentials.
On receipt of a confirmed appointment, our Surveyor will visit to undertake a thorough survey. No two properties are the same and therefore any proposed solution offered will be tailored to suit the customer’s specific needs and the associated features of their property.
Following the inspection, a detailed quotation will be prepared. A technical expert will be available to discuss the proposal at the customer’s convenience. Again, BHE Services’ experience in customer care has proved that it is critical to impart information in a way that is easily understood by all sectors of the community. 
Upon acceptance of the quotation, and payment of a deposit, the Surveyor will agree a convenient installation date with the customer and place an order for the materials. Typically, the installation will take between 1 to 5 days from start to finish, from experience any disruption is kept to an absolute minimum.
On completion the customer will be presented with a ‘Heat Pump Handover Pack’ that will include documents such as MCS certificate, electrical certificate, building regulations compliance certificate, commissioning documents, final invoice and customer satisfaction report.
The ‘Renewable’ industry can appear quite complex to the lay person. As part of this service, BHE Services will be available before, during and after the installation to clarify any queries or offer advice.
This continued support will include the final registration process to claim the Renewable Heating Premium Payment (RHPP) along with help to gain the Renewable Heating Incentive (RHI) when it comes into force in October 2012.

Aftercare
As with all heating systems, annual checks of the performance of the appliance and associated controls need to be checked on a yearly basis.
Maintenance of any appliance is very important, in all cases manufacturer’s instructions should be read and understood when carrying out maintenance checks, most manufacturers have their own maintenance check report which should be completed on every maintenance visit.
A copy of the report should be left with the customer and kept for records.
BHE services can arrange maintenance checks for air source heat pumps, for more information please ask one of our advisors alternatively please ring 0800 158 3911 or email .(JavaScript must be enabled to view this email address)

To tell if a wind turbine is right for you, there are a few key questions to consider:
• Are there any large obstacles like buildings, trees or hills near your home? Small domestic wind turbines work best in exposed locations, without turbulence caused by these type of obstacles
• Is your business in a windy area? To be effective you need an average windspeed of no less than 5m/s.
• The ideal site for a wind turbine is on the top of a smooth, rounded and exposed hill - clear of any turbulence or losses created from obstructions such as trees, buildings or cliffs. In practice, such sites may not be available. It is important in selecting a site to consider that the power available to a turbine is related to the wind speed cubed - even a small increase in wind can give a large increase in output. Wind speed increases with height; hence an increase in tower height can yield a significant improvement in turbine performance. To maximise output and minimise the effects of turbulence, the turbine should be mounted away from and above obstructions such as buildings or trees. The key point is to keep the turbine clear of large obstacles, particularly in the path of the prevailing wind. This should take account of possible future obstructions such as tree growth. 
Do you need planning permission?  Wind turbine systems normally do require permission from your local authority, so check before you install a system.

• Do you have a sunny place to put solar panels? You’ll need more than 5 square metres of roof space which faces east to west through south and receives direct sunlight for the main part of the day. Alternatively, if you do not have a south facing roof and if you have space, you could install two panels, one facing east and one facing west - but this will make installation more costly. The panels don’t always have to be mounted on a roof; they can be fixed to a frame on flat roofs.
• Do you have space for a larger, or an extra, hot water cylinder? If a dedicated solar cylinder is not already installed then you will need to replace the existing cylinder, or add a dedicated cylinder with a solar heating coil.
• Is your current boiler compatible with solar water heating? Most conventional boilers and hot water cylinder systems are compatible with solar water heating. If your boiler is a combination boiler (combi) and you don’t currently have a hot water tank then a solar hot water system may not be compatible.

Most businesses can integrate solar PV modules, the most common option being to use standard modules in a frame, fixed to an existing pitched roof or a tilted frame on a flat roof.
The panels may protrude slightly from the roof tiles, but will still be in keeping with the shape of the house.
Solar PV arrays are made up of modules of about 1.5 square metres, which means most roof shapes can be accommodated.
If you are replacing your roof you can now buy solar PV integrated roof tiles and slates that can form part of the weatherproof membrane or structure.
The PV modules can also be mounted vertically and horizontally allowing the system to form part of the wall and roof structures in new properties, although performance will be reduced with these tilts.
Ideally your roof should face due south at a pitched angle of between 30° and 50° from the horizontal to give the best overall annual performance. Installations facing anywhere to the south of due east and due west are feasible, although output will be reduced. Installation is not recommended on roofs facing north.
There is also a difference in performance the further north you are, since the strength of sunlight diminishes. However, in the UK the differences are not significant and an installation will still provide excellent benefits.

To tell if a ground source heat pump is right for you, there are a few key questions to consider:
• Is your land suitable for a ground loop? You may need a large area of land depending on the size of the property and the ground needs to be suitable for digging a trench or a borehole and accessible to digging machinery.

• Is your business well insulated? Since ground source heat pumps produce a lower temperature heat than traditional boilers, it’s essential that your business is insulated and draught proofed well for the heating system to be effective. It could also make the system cheaper and smaller.

• What fuel will you be replacing? If you’re replacing an electric, LPG, Oil or coal heating system, a ground source heating system will save you more on your heating bills. Heat pumps are not recommended for businesses on the gas network.

• What type of heating system will you use? Underfloor heating systems, larger radiators or low temperature fan convectors (warm air heating) can perform better than standard radiator-based systems because of the lower water temperatures required.

• Is the system intended for a new development? Combining the installation with other building work can reduce the cost of installing the system.

Biomass is the common name for organic materials used as renewable energy sources such as; wood, crops, and waste. Biomass heating systems are particularly effective in rural and semi rural areas and where the Business is used to having energy “delivered” to the property, e.g. in the case of oil, LPG or solid fuel heating systems.
BHE Services install biomass systems that use either wood pellets or Wood chips.
Wood Pellets:
• For Business these boilers range in different sizes to meet the demand of the buildings heat load. Some Biomass wood pellet boiler models have fully automated feed systems with integral, or separate hoppers, so that a ‘fit and forget’ approach is possible. The automated feed will refill the boiler at regular intervals from fuel storage hoppers.

• A big advantage of pellet systems over wood chip or logs is that the location of the fuel store and the installation of the feed pipe between the boiler and the storage hopper can be flexible to suit the needs of the individual property. Pellet boilers use feed pipes that can even go around corners or under walls to fit into tight spaces.
Wood Chip Boilers:
• Wood chip boilers operate by burning small “logs” which are usually loaded into the boilers internal hopper by the householder. And therefore rely on the user to maintain the fuel levels to ensure the boiler is meetings it’s heat generation targets.
Is Biomass suitable for my Business?
• Biomass systems are not right for every business, and to consider whether Biomass heating is right for you, there are a few key questions to answer;
• Do you have enough space? You’ll need a large dry area next to the boiler to store your fuel.

• Do you have a suitable flue? You need a vent which is specifically designed for wood fuel appliances, with sufficient air movement for proper operation of the stove. Your existing chimney can be fitted with a lined flue, which is relatively inexpensive.

• Can you comply with safety and building regulations? If you live in an old or unusual home this may be an issue. For more information, see Part L of the Building Regulations, England, Northern Ireland and Section 3 of the Technical Handbooks, Scotland

• Do you live in a smokeless zone? If so then wood can only be burnt in certain exempted appliances. http://www.uksmokecontrolareas.co.uk/locations.php

• Do you need planning permission?

You may need to talk to your local authority if your flue will extend 1m or more above the height of your roof, or your business is in a Conservation Area or World Heritage Site, our surveyor will advise on whether planning permission may be necessary.

To tell if an air source heat pump is right for you, there are a few key questions to consider:
• Do you have somewhere to put it or put them? You’ll need a place outside your property where a unit can be fitted to a wall or placed on the ground. It will need plenty of space around it to get a good flow of air. A sunny wall is ideal. Approximate dimensions 1.0 m height, 1.5m width and 0.3m depth.

• Is your property well insulated? Since air source heat pumps work best when producing heat at a lower temperature than traditional boilers, it’s essential that your home is insulated and draught proofed well for the heating system to be effective.

• What fuel will you be replacing? The system will pay for itself much more quickly if it’s replacing electricity, LPG, Oil or coal heating system. Heat pumps are not recommended for properties on the gas network.

• What type of heating system will you use? Air source heat pumps can perform better with underfloor heating systems or warm air heating than radiator-based systems because of the lower water temperatures required.

• Is the system intended for a new development? Combining the installation with other building work can reduce the cost of installing the system.

1) This is a simple, efficient and sustainable process that helps to reduce both carbon emissions and your energy costs.

2) The underlying principle is very straightforward: solar collectors trap the sun’s energy and use it to raise the temperature of domestic hot water supplies.

3) The heated water is stored in a large insulated cylinder with a thermostat set to 65 degrees Celsius. In certain conditions, a solar water heating system may easily achieve that temperature without further assistance, but a back-up heating system such as a gas boiler or immersion heater will be required.

4) Although solar water heating systems are therefore seldom used in isolation, they make a very important contribution to energy saving. By pre-heating the water, they substantially reduce the energy load on the conventional heater, which means that water can be raised to the required temperature more quickly, with fewer harmful emissions and at a fraction of the cost of ordinary water heating systems.

5) It’s important to note that solar collectors use heat not light so, even on a cloudy day, they will continue to operate effectively. Their performance will certainly vary according to the prevailing weather and seasonal temperature changes but don’t be fooled: when properly located and installed, solar water heating systems can make an appreciable difference to your annual energy costs.

6) Solar Water Heating Systems – Types and Installation

There are two main types of solar water heating systems: evacuated tubes, which can be mounted on a roof or wall in much the same way as a solar photovoltaic array, and flat plate collectors, which can either be fixed to the roof or built into it like tiles. The flat plates have a lower profile but evacuated tubes tend to be more energy efficient.

7) In either case, positioning is crucial. The best results will invariably be achieved on a south-facing roof or wall that is not subject to shading by trees, buildings or other obstructions. However, good results can also be expected on east or west-facing elevations that receive plenty of sun.

1) Solar electricity systems capture the sun’s energy using photovoltaic (PV) cells. The cells convert the sunlight into electricity, which can be used to run household appliances and lighting.

2) Contrary to what you might think, PV cells don’t need direct sunlight to work - you can still generate some electricity on a cloudy day.

3) Solar cells convert light into electrical power using a thin layer of semi-conducting material, usually silicon, encased between a sheet of glass and a polymer resin. They range in size from a few square centimetres, for example on calculators and watches, to systems of hundreds of square metres made from interconnected modules that form an ‘array’.

4) When exposed to daylight, electrons in the semi-conducting material become energised. These electrons are then able to flow through the material generating a direct current (DC). The DC is carried through wiring to an inverter which converts the current to 230V alternating current (AC), so it can be connected to your home’s main electricity supply.

5) A domestic 2.3kWp system comprising of 12 panels taking up an area of 15 square metres will generate roughly 1974kWh per annum. Unsurprisingly, winter months generate significantly less electricity compared to the summer months.

1) A ground source heat pump works similarly to your domestic fridge. It circulates a mixture of water and antifreeze around a pipe shaped in a loop - called a ‘ground loop’ - which is buried in your garden.

2) Natural heat from the ground is transferred to the fluid and then pumped into the heat pump, where a heat exchanger extracts the heat.

3) This heat is, however, insufficient in itself to provide heated water, so it is passed through a compressor in the heat pump to concentrate the heat into a higher temperature heat, capable of heating water in the house. The fluid in the ground loop, now much cooler, is pumped back into the ground where it absorbs further heat energy in a continuous process, while heating is required.

4) More heat requires a longer ground loop, and consequently more space, since the loop will normally be laid flat or in a trench. If there is not enough space for a longer loop, but one is required, then the loop can be installed vertically into the ground to a depth of up to 100m.

5) Given the pumping mechanism, heat pumps need electricity to run, but the heat extracted from the ground, air, or water is continuously renewed naturally.

6) Heat pumps provide heat at lower temperatures over longer periods, than gas or oil boilers, which means that during the winter months they may need to be left on throughout the day and night to heat your home efficiently.

1) Bio – Energy is renewable energy made from material of recent biological origin derived from plant or animal matter, known as biomass.

2) Biomass systems work by generating heat and hot water from wood-fuelled stoves and boilers.

3) These wood-burning systems generally burn wood pellets, chips or logs to power central heating and hot water boilers or to provide warmth.

4) There are two main methods of using wood to heat your property:

• A standalone stove burning logs or pellets to heat a single room. Some can also be fitted with a back boiler to provide water heating as well.

• A boiler burning pellets, logs or chips connected to a central heating and hot water system.

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5) Log burning stoves and boilers have to be filled with wood by hand. Some pellet and chip burners use automatic fuel feeders which refill them at regular intervals from fuel storage units called hoppers.

1) Air source heat pumps prove to be the most cost-effective form in our experience.

2) Unlike their ground-based counterparts, air source heat pumps require no excavations or other ground work, so they immediately remove the need for one of the most expensive and time-consuming elements of the installation. All that is required is a place outside your building where there is plenty of airflow and where the unit can be fixed to the wall (or to the ground). A south-facing wall that receives lots of sun is ideal.

3) Air source heat pumps can be installed relatively quickly and easily, and they extract heat from the outside air even at temperatures as low as -15° C. Once fitted, they normally require very little maintenance and provide years of trouble-free performance. They work best in well insulated properties with good draught-proofing, and when combined either with an under-floor heating system or for larger open spaces with a series of fans that circulate warm air.

4) The energy savings that result from air source heat pumps will vary according to many factors including the size of the property, the kind of heating system with which it is used and how the heat itself is used on a day to day basis.

5) The availability of government-backed schemes will also be a factor. For example, the Department for Energy and Climate Change (DECC) announced its intention to launch the Renewable Heat Incentive (RHI) scheme, which will provide financial support to encourage the uptake of low carbon heat technologies.

6) To help you to decide whether an air source heat pump is the right choice for you, our Renewable Energy Services Team will meet with you to explain the options, the processes involved and the total savings you can expect to achieve. We will give you a clear idea of the costs and the likely pay-back period, and we will keep you well informed about any government incentives that will help you to earn a faster and more substantial return on your investment.

7) To find out how much you could save through the installation of an air source heat pump, or indeed any other heat pump system, call us today on 0800 158 3911 or email us at .(JavaScript must be enabled to view this email address) .

1) Being on the edge of Europe, the UK is in a prime position to benefit from the turbulent weather systems that cross the country.

2) 40% of all the wind energy in Europe blows over the UK, making wind turbines a real option when it comes to deciding on alternative methods of power generation.

3) Wind power derives from the way the wind is harnessed to drive the blades of a turbine - much like the sails on a windmill - except we are concerned with generating electricity rather than benefiting from mechanical power. The wind catches the blades which turn the turbine, generating the electricity.

4) The speed of the wind dictates how much power is produced - the more wind, the faster the blades turn, the more electricity is produced. Whilst wind farms require open windswept landscapes to generate the large amounts of electricity they require, at a domestic level, a typical home will need to be in a location with an average wind speed of 5 metres per second at 10 meters from ground level, in order to benefit from wind power.

5) Small wind turbines can be mounted on small masts or else located on a rooftop to generate wind power sufficient to power lighting and electrical appliances used in a typical home. Mast mounted turbines can generate power between 2.5kW onwards, whilst roof mounted turbines are around 1kW to 2kW in size.

• Due to legal technicalities the current statutory instrument (SI) does not cover micro or small wind. Once these issues have been resolved, it is expected that roof mounted and free standing wind turbines will be permitted at detached properties that are not in conservation areas. Further legislation is expected.
• Until then, you must consult with your local authority regarding planning permission.
• Our installation service has been developed to guide the customer through the process of a wind turbine installation.
• Wind turbine projects can be complex but BHE Services will use their experience to ensure the process runs as smoothly as possible.
• For small wind enquiries in the first instance a desktop study is conducted followed by a feasibility study consisting of a site survey and report. This assesses the site and gathers all the information needed to produce a planning application and quotation to install a wind turbine.
Feasibility study
• The feasibility study needs to identify and quantify the issues with regards to performance, siting, planning, grid connection and installation. Each of these can have numerous individual parts to it, which is where BHE Services experience comes into play. Once this has been completed a planning application can be made consisting of a number of studies such as noise, ecology or archaeology, together with a detailed design and access statement and visual impact assessment.
• Grid connection can be almost as complex as planning and can take just as long. Our engineering team will manage the process to deliver the best value solution, working closely with experts in the field. Once these permissions are obtained then the detail design including grid integration, access and installation logistics can be completed. The delivery installation and commissioning process is then managed by our dedicated project management team.

Installation
• We would anticipate the installation to be carried out over a period of 14 working days from commencing and progressing to commissioning stage and handover.
• We will carry out the work with all reasonable skill and care according to the timetable agreed with you.
• We will carry out the work and all communication with you according to the REAL Assurance Scheme Consumer Code.
• We will provide you with a guarantee that covers both the installation and the goods installed.
• The Installation will be carried out to comply with all of the necessary standards including ISO 9001 & ISO 14001, MCS, Corgi, and the renewable energy consumer code, REA (Renewable Energy Assurance). Once the installation is complete you will be issued with a handover file consisting of all, test documentation, manufactures instructions and relevant MCS documentation.