Solar Electricity

Solar electricity is created by using solar photovoltaic (PV) technology, which harnesses the free, clean renewable energy of the sun.

The solar PV systems are made up of an array of cells which contain a solar PV material that converts solar radiation into direct current electricity. By generating electricity using sunlight, the sun can be used to provide power for electrical equipment and household appliances and lighting.

Contrary to widely held beliefs, solar PV cells do not need constant direct sunlight to work. Which means even on cloudy days a certain proportion of electricity can still be generated, making solar electricity a highly viable option, even in a country like the UK which is known for its ever changeable weather.

Is solar electricity a viable option for me and my home?

There are a few things worth considering when it comes to determining whether solar electricity is going to be suitable for you and your needs:

  • The area where you will be installing your solar panels needs to be unshaded. So you’ll need to investigate whether the area is shaded by trees or other buildings.
  • For roof mounted solar panels, your roof needs to be secure enough to take their weight. This is particularly important if the solar panels are to be placed on top of existing roof tiles.
  • Solar PV panels require significant roof space, but if you haven’t got enough space on your roof they can also be fitted to an A frame and installed in your garden or paddock (it must provide electricity to your house to qualify for the feed-in tariff).
  • For the solar panels to be most effective, walls and roofs should ideally be south facing at a pitched angle of 30-40 degrees. Solar panels are generally not recommended for north facing roofs.

How much will it cost me?

The cost of solar PV panels continues to fall, but an average solar electricity system (2.8kWp) will cost around £11,000. Generally speaking, systems can cost around £3,000 to £4,000 (per kWp) installed.

Top 5 benefits of solar electricity

  • It can help reduce your fuel bills because by generating your own electricity costs will be reduced considerably. A 2.8 kWp system can generate in the region of 35% of an average household’s annual electricity needs.
  • Using solar electricity can also make you money, thanks to the Government’s feed-in tariff (Fit) scheme. Not only will you get paid for generating your own electricity, but you’ll also get paid if you feed back any surplus electricity generated to the national grid.
  • Solar electricity is a green, renewable energy source. It doesn’t generate greenhouse gases or cause pollution, which makes solar PV systems environmentally friendly. So you can do your bit for the environment by helping to cut your carbon footprint.
  • It’s a renewable energy source. So when other sources – coal, for example – eventually run out, the sun will still be around, doing what it does best – shining.
  • Solar electricity requires little or no maintenance.

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Earn over £1,000 per year via the Feed-in Tariff

Save up to £200 per year with a Solar PV (photovoltaic) installationDid you know that a Solar PV system can reduce your energy bills but also make you money by selling any unused energy back to the grid?

This not only helps you financially but also the environment by lowering your CO2 emissions by up to 1000kg p/a.

 

About the Solar Feed-In Tariff

The Feed-In Tariff applies to Solar PV (electricity) systems

Calculate SavingsSolar PV Calculator
 

About the Renewable Heat Incentive

The Renewable Heat Incentive applies to Solar Thermal (hot water) systems

 

Did you know?

Earn Money via the Feed-In TarrifThe Government's Feed-In Tariff was launched on April 1st 2010 to encourage homeowners to generate their own electricity - it is split into two methods of revenue.

The Generation Tariff earns you a fixed income for every kilowatt hour of electricity you generate. And, The Export Tariff earns you income for every kilowatt hour you generate and sell back to the grid.

An average 3/4 bedroom house fitted with 2.5kw Solar PV panels and normal electricity usage would earn over £850 p/a tax free!

Add this to an approximate £145 reduction in your electricity usage and you could benefit by over £1,000 per year.

Try our Solar PV Feed-In Tariff Calculator to assess your potential payback.

Solar Guide helps homeowners find reputable and rated solar PV and solar hot water installers. Below are just some of the recent request for quotations we received and sucessfully fulfilled:

New Solar Thermal Installation

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Emley HD8 - would like as large a system as possible.to cover as much of the roof as possible. would like information regarding maintanence, estimated cash returns etc. i havent a clue what the difference is between the different systems, would like advice

New Solar PV Installation

IM7 - south facing roof size unknown
Hammerwood RH19 - Guidance as to ball-park cost and returns from the feed in tariff of a 2 or 3kw installation on a south west facing barn roof and weight of the necessary panels.
LS12 - fit solar panels to roof
DE22 - Interested to know if it's a viable option to install on an east facing roof. Interested in finance packages if possible. If not, possibility to remortgage property. Thanks
CV23 - 4kw, southerly roof on bungalow in quiet lane,
Nebo LL54 - On unshaded roof facing SSW. Roof area approx 14m x 2.5 m. 4 kW system.
Lamyatt BA4 - Due South roof 7x1.75kw panels
CB1 - 1930's semi - about 11 sq/metre roof - 3 pitches on roof
Blackmore CM4 - Quote Solar pv to roof
AB10 - 9 PANELS GENERATING CIRC 2.5kw
Grantshouse TD11 - Not sure but think the south facing roof could take about 4 standard sized pannels
PE29 - depends on roof size suitable and cost
GL19 - We've a garage with a 20 by 14 foot roof, facing south & sloped at 45 degrees - not shaded by anything. Thinking of installing 3.9kW of PV.
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