Eco Incentive have renewable energy consultants throughout the UK, our consultants are professional, industry experts with extensive knowledge on renewable energy systems. They can provide you with reliable, honest advice on what systems are suitable for you.
We have local installers in Avon, Bedfordshire, Berkshire, Borders, Buckinghamshire, Cambridgeshire, Central, Cheshire, Cleveland, Clwyd, Cornwall, County Antrim, County Armagh, County Down, County Fermanagh, County Londonderry, County Tyrone, Cumbria, Derbyshire, Devon, Dorset, Dumfries and Galloway, Durham, Dyfed, East Sussex, Essex, Fife, Gloucestershire, Grampian, Greater Manchester, Gwent, Gwynedd County, Hampshire, Herefordshire, Hertfordshire, Highlands and Islands, Humberside, Isle of Wight, Kent, Lancashire, Leicestershire, Lincolnshire, Lothian, Merseyside, Mid Glamorgan, Norfolk, North Yorkshire, Northamptonshire, Northumberland, Nottinghamshire, Oxfordshire, Powys, Rutland, Shropshire, Somerset, South Glamorgan, South Yorkshire, Staffordshire, Strathclyde, Suffolk, Surrey, Tayside, Tyne and Wear, Warwickshire, West Glamorgan, West Midlands, West Sussex, West Yorkshire, Wiltshire and Worcestershire.
If you are a local installer and would like to join our team, then please contact us using the form here.
Solar thermal panels are usually placed on the roof of your property and gather energy from the sun, which is used to heat water. This water is then used to provide hot water to your property. Even in Winter, the panels will pre-heat the water in the tank so that your boiler uses less energy to keep your water hot, and so saves you money on your energy bills.
Solar thermal systems use solar panels, called collectors, which are fitted to the roof of the premises. The process is simple, the panels on your roof absorb heat from the sun and the water in the panels heat up. The water is then pumped through a coil in your hot water cylinder and the heat is transferred to the water in the cylinder.
Solar thermal systems are very efficient, we would expect the solar panels to save you 50-75% of your hot water bills. The system produces hot water all year round but the output will vary according to weather conditions.
The panels require little or no maintenance and will generate heat from daylight even in cold or cloudy conditions.
Solar thermal systems are very easy to install and causes minimal disruption to your property. As solar thermal systems can usually be fitted to work with your existing hot water system, there is no need to remove your old boiler.
You will reduce your reliance on expensive fossil fuels and it also protects you against rising energy prices.
You can potentially receive Renewable Heat Premium Payment vouchers when you install a solar thermal system at domestic property.
You can potentially benefit from the Renewable Heat Incentive when you install a solar thermal system at a commercial property.
Evacuated tube systems are very efficient and they can collect energy even in overcast or cold weather.
Due to the cylindrical shape, evacuated tubes are able to collect sunlight for many hours of the day. With a series of tubes ideally on a south facing roof, you can maximise the heat conversion as the sun is at the best angle to the surface for much of the day.
Within each panel, a copper heat pipe is arranged in wavy lines which maximises the efficiency by using more of the panel surface area.
Flat plate panels are very efficient in perfect conditions. The flat shape of the panel allows for a very high efficiency when the sun is directly above it. This means if your roof is the ideal size and orientation and there are no shading issues, flat plate panels can be sufficient for generating your hot water requirements.
Solar thermal systems are able to heat any swimming pool whether it is a domestic or commercial pool. Solar thermal systems are a great replacement for expensive and inefficient fossil fuels to heat your pool.
Solar thermal can provide adequate pool temperatures in most locations without the need to have a boiler system or an electric heating system.