You could save and earn up to £693 a year[1]

Solar Photovoltaic (PV) panels

Solar Photovoltaic (PV) panels allow you to generate your own electricity using energy from the sun. They don't need direct sunlight only daylight, so they also work on cloudy days.

By generating your own electricity you could save on your energy bills. Plus with the Government’s Feed-in Tariff, you could be paid for every kilowatt hour (kWh) you generate. The rate you will receive depends on the Energy Performance Certificate (EPC) rating your home achieves. In addition to this any electricity you don't use, will earn you extra income by feeding energy into the Grid.

How much you could earn and save

Based on the Government's Feed-in Tariff rates for a home with an EPC rating between A and D. Using the following assumptions you could earn and save as much as £17,323 over 25 years.

Average annual earnings and savings
Total
From the Feed-in Tariff £497
From the Grid £37
Savings on your electricity bills £159
Total annual earning and savings £693

See how we calculated these figures Figures quoted are for illustrative purposes only. Savings will vary accordingly to level of energy use.

The following figures are calculated using our 2.76 kWp solar PV system.

Average annual saving on your electricity bill

Generating your own electricity means you don't have to buy it from your supplier - you'd normally pay us 13.4p per kWh if we supplied your electricity1. The average customer will generate 2,369 kWh of electricity per year so if you generated 50% of your own electricity each year you'd save:

£158.72 (1184.5 kWh x 13.4p)

 

Average annual earnings from the Feed-in Tariff

With the Government's Feed-in Tariff you could be paid for the electricity you generate for at least the next 25 years. Current Government rates pay 21p for every kWh you generate and use. The average customer could generate 2,369  kWh of electricity per year, meaning a total income from electricity generated of:

£497.49  (2,369  kWh x 21p).

 

Average annual earnings from the National Grid

You'll also get an extra 3.1p for every kWh you generate but don't use which is fed into the National Grid. So for example, if you use 50% of the 2,369 kWh you generate, you can sell 50% (1184.5 kWh) to the National Grid for an additional income of:

£36.72 (1184.5 kWh x 3.1p)

 

Total annual earnings and savings:

£692.93 (£158.72 + £497.49 + £36.72)

 

25 year earnings and savings:

25 x £692.93 = £17,323.25

 

1 Payments for Solar PV panels for the electricity you generate and use began in April 2010 as part of the Government’s Feed-in Tariffs. Rate from 1st April 2012 21 p/kWh used onsite and an additional 3.1 p/kWh used for export. Rate applies only to installations fitted to or wired to existing buildings prior to April 1st 2012. 50/50% split between electricity used onsite and excess exported back to the grid on a typical export tariff. Unit price used in calculation representative of the average p/kWh charge, as derived from the annual bills at industry average consumption of 16,500 kWh for gas and 3,300 kWh for single rate electricity, paying by Monthly Direct Debit on our Standard Tariff prices as at 11th January 2012, averaged across all regions and including VAT. 50% onsite consumption number sourced from the Feed-in Tariffs (Specified Maximum Capacity and Functions) Order 2010. The figures do not take into account any maintenance, repair or other costs required during the 25 year period. Correct as at February 2012 and subject to change.

The benefits

  • Help save on your energy bills by not having to buy all your electricity from your supplier.
  • Earn money by generating your own electricity through the Government’s Feed-in Tariff.
  • Hassle free installation and we handle your Feed-in Tariff registration.
  • 25-year manufacturer’s performance warranty.
  • See your energy production and C02 saved with a Sunny Beam Monitor.
  • NEW - Five year PV system warranty including Home Electrical CareTM - only available from British Gas, which includes:
  • Home electrical repairs to wiring, fuse boxes and more.
  • 24-hour, 365 days a year customer helpline.
  • All parts and labour.

How solar PV works

Your solar PV system will consist of solar panels, an inverter and a generation meter. When light hits the silicon cells in your solar panels, electrical energy is created. This electricity then flows through a cable and is collected at a central point (usually located in your loft).

Here the electricity is converted from DC to AC current and is carried on into your household electricity system. The electricity you generate works using your existing circuitry to help power household appliances and lighting.


Find out if your home is suitable

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How much does it cost

Our Energy Expert will recommend a system tailored to your specific needs. Prices start at approximately to £5,999 (inc. VAT). The cost will vary according to the panel size, the type of PV cells and the surface they're mounted on.

To find out more about solar request a call back or call us on 0800 107 9663

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[1] Calculated at 2.369 kWh x 21p – the average amount of energy generated plus 1184.5 kWh x 3.1p – the amount of electricity fed into the grid. Payments for Solar PV panels for the electricity you generate and use began in April 2010 as part of the Government's Feed-in Tariffs Rate from 1st April 2012 21 p/kWh used onsite and an additional 3.1 p/kWh used for export. Rate applies only to installations fitted to or wired to a dwelling with an energy efficiency rating within rating bands A to D. 50/50% split between electricity used onsite and excess exported back to the grid on a typical export tariff. Unit price used in calculation representative of the average p/kWh charge, as derived from the annual bills at industry average consumption of 16,500 kWh for gas and 3,300 kWh for single rate electricity, paying by Monthly Direct Debit on our Standard Tariff prices as at 11th January 2012, averaged across all regions and including VAT. 50% onsite consumption number sourced from the Feed-in Tariffs (Specified Maximum Capacity and Functions) Order 2010. The figures do not take into account any maintenance, repair or other costs required during the 25 year period. Correct as at 1st April 2012.