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  • A mother and toddler group taking place at the Percy community centre, Bath. With the help and support of Bath and West Community Energy they have a solar PV array on their roof and have installed energy efficient (LED) lightbulbs throughout their centre. Bath, Somerset.
    UK-Renewable-Energy-BWCE-5641.jpg
  • One of the exercise classes for the elderly run by Jillian Furness in the Percy community centre, Bath. With the help and support of Bath and West Community Energy they have a solar PV array on their roof and have installed energy efficient (LED) lightbulbs throughout their centre. Bath, Somerset.
    UK-Renewable-Energy-BWCE-5552.jpg
  • A mother and toddler group taking place at the Percy community centre, Bath. With the help and support of Bath and West Community Energy they have a solar PV array on their roof and have installed energy efficient (LED) lightbulbs throughout their centre. Bath, Somerset.
    UK-Renewable-Energy-BWCE-5697.jpg
  • One of the exercise classes for the elderly run by Jillian Furness in the Percy community centre, Bath. With the help and support of Bath and West Community Energy they have a solar PV array on their roof and have installed energy efficient (LED) lightbulbs throughout their centre. Bath, Somerset.
    UK-Renewable-Energy-BWCE-5496.jpg
  • One of the exercise classes for the elderly run by Jillian Furness in the Percy community centre, Bath. With the help and support of Bath and West Community Energy they have a solar PV array on their roof and have installed energy efficient (LED) lightbulbs throughout their centre. Bath, Somerset.
    UK-Renewable-Energy-BWCE-5540.jpg
  • Roger Hougton, manager of the  Percy community centre, Bath. With the help and support of Bath and West Community Energy they have a solar PV array on their roof and have installed energy efficient (LED) lightbulbs throughout their centre. Bath, Somerset.
    UK-Renewable-Energy-BWCE-5443.jpg
  • A mother and toddler group taking place at the Percy community centre, Bath. With the help and support of Bath and West Community Energy they have a solar PV array on their roof and have installed energy efficient (LED) lightbulbs throughout their centre. Bath, Somerset.
    UK-Renewable-Energy-BWCE-5657.jpg
  • A mother and toddler group taking place at the Percy community centre, Bath. With the help and support of Bath and West Community Energy they have a solar PV array on their roof and have installed energy efficient (LED) lightbulbs throughout their centre. Bath, Somerset.
    UK-Renewable-Energy-BWCE-5606.jpg
  • An installer fitting a new efficient boiler into the kitchen of an elderly lady. The ‘Cosy Homes in Lancashire’ (CHiL) scheme is a countywide energy efficiency and affordable warmth initiative. It offers an accessible and straightforward means of accessing grants from energy companies and other sources to fund new heating measures, insulation and renewable technologies in domestic properties.  ALL image publications MUST include the credit © Andrew Aitchison / Ashden
    16-CHIL-6833.jpg
  • The staircase and central atrium of City Hall, home of the GLA. RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0492.jpg
  • City Hall home of the GLA and the Shard, central London. RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0445.jpg
  • City Hall home of the GLA and the Shard, central London. RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0415.jpg
  • The main entrance to the LSE old building. <br />
RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0362.jpg
  • Solar panels on the roof of one of the LSE buildings. RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0356.jpg
  • Rob Spender, director of the GLA RE:FIT program, overlooking tower bridge from City Hall. <br />
RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0499.jpg
  • City Hall home of the GLA and the Shard, central London. RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0462.jpg
  • The staircase and central atrium of City Hall, home of the GLA. RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0498.jpg
  • The skyline of the main buildings of the city of London.  RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0461.jpg
  • The main entrance to LSE library. RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0259.jpg
  • A view through the solar PV panels on the roof of City Hall, home of the GLA.  RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0547.jpg
  • The Shard building, taken from the roof of City Hall, the GLA building.  RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0551.jpg
  • The central atrium of the LSE New Academic building.  RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0276.jpg
  • The central stairway at LSE library.  RE:FIT London is a Greater London Authority (GLA) program to make London’s non-domestic public buildings more energy efficient. London, UK. © Andrew Aitchison / Ashden
    16-GLA-Refit_0226.jpg
  • A builder using a section of Foamglas Perinsul HL for thermal insulation in the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3472.jpg
  • Builders laying foundations on new house construction site in Norwich. Norfolk.  United Kingdom. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3402.jpg
  • Builders use orange JCBs to lay drainage pipes in the ground around the foundations of a new build housing construction site in Norwich, Norfolk.  United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3533.jpg
  • A builder uses a trowel and a spirit level to lay the first bricks with cement onto the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom  (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3503.jpg
  • A group of builders use trowels to lay the first bricks with cement onto the foundations on new house construction site in Norwich. Norfolk. United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3498.jpg
  • A builder uses a trowel and a spirit level to lay the first bricks with cement onto the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom  (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3486.jpg
  • A builder uses a trowel and a spirit level to lay the first bricks with cement onto the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom  (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3483.jpg
  • Builders laying the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom. (photo by Andrew Aitchison / In pictures via Getty Images)(photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3464.jpg
  • Builders laying the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3457.jpg
  • Builders use an orange JCB to lay drainage pipes in the ground around the foundations of a new build housing construction site in Norwich, Norfolk.  United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3424.jpg
  • Builders use an orange JCB to lay drainage pipes in the ground around the foundations of a new build housing construction site in Norwich, Norfolk.  United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3417.jpg
  • Builders use an orange JCB to lay drainage pipes in the ground around the foundations of a new build housing construction site in Norwich, Norfolk.  United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3409.jpg
  • The freshly laid corner brickwork on the foundations of new house, part of a residential home construction site in Norwich. Norfolk.  United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3407.jpg
  • Foundations ready for new house building on a construction site in Norwich. Norfolk. United Kingdom <br />
(photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3391.jpg
  • Pipe work coming out of the foundations of a new house building on a construction site in Norwich. Norfolk. United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3395.jpg
  • Insulation panels ready for ready for new house building on a residential home construction site in Norwich. Norfolk. United Kingdom<br />
(photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3393.jpg
  • Builders use orange JCBs to lay drainage pipes in the ground around the foundations of a new build housing construction site in Norwich, Norfolk.  United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3527.jpg
  • A Quickspray machine used to suppress dust on new house construction site in Norwich. Norfolk. United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3522.jpg
  • Foamglas Perinsul HL used for thermal insulation in the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3474.jpg
  • A builder uses a trowel and a spirit level to lay the first bricks with cement onto the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom  (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3482.jpg
  • A builder takes measurements during laying the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3460.jpg
  • Builders laying the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom. (photo by Andrew Aitchison / In pictures via Getty Images)(photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3463.jpg
  • A group of builders laying foundations on new house construction site in Norwich. Norfolk. United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3451.jpg
  • Foamglas Perinsul HL used for thermal insulation in the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3453.jpg
  • Builders use an orange JCB to lay drainage pipes in the ground around the foundations of a new build housing construction site in Norwich, Norfolk.  United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3433.jpg
  • Builders use an orange JCB to lay drainage pipes in the ground around the foundations of a new build housing construction site in Norwich, Norfolk.  United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3440.jpg
  • Insulation panels ready for ready for new house building on a residential home construction site in Norwich. Norfolk.<br />
(photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3506.jpg
  • A builder uses a trowel and a spirit level to lay the first bricks with cement onto the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom  (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3494.jpg
  • A box of Foamglas Perinsul HL used for thermal insulation in the foundations of a new house on a home building construction site in Norwich. Norfolk. United Kingdom. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3469.jpg
  • Builders use an orange JCB to lay drainage pipes in the ground around the foundations of a new build housing construction site in Norwich, Norfolk.  United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3435.jpg
  • Builders use an orange JCB to lay drainage pipes in the ground around the foundations of a new build housing construction site in Norwich, Norfolk.  United Kingdom (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-House-Building-3427.jpg
  • Close-up of a photovoltaic solar energy panel with the sun shining through. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming. London, United Kingdom.  (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Renewable-Energy-Solar-Panel_0528.jpg
  • Close-up of a photovoltaic solar energy panel with the sun shining through. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming. London, United Kingdom.  (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Renewable-Energy-Solar-Panel_0547.jpg
  • Close-up of a photovoltaic solar energy panel with the sun shining through. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming. London, United Kingdom.  (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Renewable-Energy-Solar-Panel_0540.jpg
  • Two different types of Energy-saving light bulbs or compact fluorescent lamps in a row on a shelf - 11 watts is equivalent to a 60 watt incandescent bulb and 14 watts and is equivalent to a 75 watt. These light bulbs are a form of fluorescent lighting, which produces less heat than incandescent (filament) bulbs; therefore more of the electrical energy is converted to light, making them more efficient.
    08-bulbs_0941.jpg
  • Two different types of Energy-saving light bulbs or compact fluorescent lamps in a row on a shelf - 11 watts is equivalent to a 60 watt incandescent bulb and 14 watts and is equivalent to a 75 watt. These light bulbs are a form of fluorescent lighting, which produces less heat than incandescent (filament) bulbs; therefore more of the electrical energy is converted to light, making them more efficient.
    08-dup-crop_0939.jpg
  • Close-up of a photovoltaic solar energy panel with reflection of the sun. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming. Solar photo voltaic (PV) panels on the roof of Hackney council estate Bannister House, the first community solar installation on a estate in Hackney, London United Kingdom.  Bannister House was Hackney’s first community solar installation, Banister House Solar, has been developed by Re-powering London in partnership with local estate residents and Hackney Council, and delivered using funds raised through a community share offer. The 102kWp solar array generates up to 82,000kWh of energy annually, saving 50,000kg of CO2 emissions. In addition, a portion of the revenue generated through the government’s Feed-in Tariff and sale of energy over the 20-year life of the project will generate over £28,000 for the Banister House Solar community fund. Hackney, London. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Solar-PV-Panels-Hackney-London_99...dng
  • Close-up of a photovoltaic solar energy panel with reflection of the sun. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming. Solar photo voltaic (PV) panels on the roof of Hackney council estate Bannister House, the first community solar installation on a estate in Hackney, London United Kingdom.  Bannister House was Hackney’s first community solar installation, Banister House Solar, has been developed by Re-powering London in partnership with local estate residents and Hackney Council, and delivered using funds raised through a community share offer. The 102kWp solar array generates up to 82,000kWh of energy annually, saving 50,000kg of CO2 emissions. In addition, a portion of the revenue generated through the government’s Feed-in Tariff and sale of energy over the 20-year life of the project will generate over £28,000 for the Banister House Solar community fund. Hackney, London. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Solar-PV-Panels-Hackney-London_99...dng
  • Close-up of a photovoltaic solar energy panel with reflection of the sun. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming. Solar photo voltaic (PV) panels on the roof of Hackney council estate Bannister House, the first community solar installation on a estate in Hackney, London United Kingdom.  Bannister House was Hackney’s first community solar installation, Banister House Solar, has been developed by Re-powering London in partnership with local estate residents and Hackney Council, and delivered using funds raised through a community share offer. The 102kWp solar array generates up to 82,000kWh of energy annually, saving 50,000kg of CO2 emissions. In addition, a portion of the revenue generated through the government’s Feed-in Tariff and sale of energy over the 20-year life of the project will generate over £28,000 for the Banister House Solar community fund. Hackney, London. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Solar-PV-Panels-Hackney-London_99...dng
  • A roof tiled with photovoltaic solar energy panels receives maximum sunlight exposure. A Freestanding panel powers a street light. These panels are made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity.
    08-pv_1199.jpg
  • A pile of wood chip for burning in fuel efficient stoves.
    06-woodchip_9610.jpg
  • Roofs tiled with photovoltaic solar energy panels receive maximum sunlight exposure in Dyfi Eco Park, Machynlleth, Wales. These panels are made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity.
    08-panels_1244.jpg
  • A roof tiled with photovoltaic solar energy panels receives maximum sunlight exposure. A Freestanding panel powers a street light. These panels are made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity.
    08-pv_1199.jpg
  • Close-up of a man cleaning a photovoltaic solar energy panel. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity.
    08-pv_1152.jpg
  • Close-up of a man cleaning a photovoltaic solar energy panel. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity.
    08-pv_1147.jpg
  • Close-up of a photovoltaic solar energy panel with reflection of the sun. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming.
    08-pv_1135.jpg
  • Close-up of a photovoltaic solar energy panel. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming.
    08-pv_1471.jpg
  • Roofs tiled with photovoltaic solar energy panels receive maximum sunlight exposure in Dyfi Eco Park, Machynlleth, Wales. These panels are made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity.
    08-panels_1244.jpg
  • Close-up of a man cleaning a photovoltaic solar energy panel. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity.
    08-pv_1152.jpg
  • Close-up of a man cleaning a photovoltaic solar energy panel. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity.
    08-pv_1147.jpg
  • Close-up of a photovoltaic solar energy panel with reflection of the sun. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming.
    08-pv_1135.jpg
  • Close-up of a photovoltaic solar energy panel. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming.
    08-pv_1134.jpg
  • Close-up of a photovoltaic solar energy panel. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming.
    08-pv_1471.jpg
  • Close-up of a photovoltaic solar energy panel. This panel, or module, is made up of photovoltaic (PV) cells. PV cells convert sunlight into electrical energy. Photovoltaic panels are an economical, efficient way to produce electricity that does not pollute or contribute to global warming.
    08-pv_1134.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-3004.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-3016.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2996.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-3011.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2986.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2984.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2973.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2967.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2950.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2945.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2926.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2895.jpg
  • An air source heat pump installer from Solaris Energy checking the gas system for any drop in pressure before the old gas boiler is disconnected to be replaced by an air source heat pump at a property in Folkestone, United Kingdom on the 20th of September 2021. With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK.(photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2880.jpg
  • Air source heat pump installers from Solaris Energy installing a new hot water tank into the loft of a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021. With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2850.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-3027.jpg
  • An air source heat pump installer from Solaris Energy checking the gas system for any drop in pressure before the old gas boiler is disconnected to be replaced by an air source heat pump at a property in Folkestone, United Kingdom on the 20th of September 2021. With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK.(photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2877.jpg
  • Air source heat pump installers from Solaris Energy installing a Vaillant Arotherm plus 7kw air source heat pump unit into a 1930’s built house in Folkestone, United Kingdom on the 20th of September 2021.  With gas prices increasing and the increasing need to reduce fossil fuel air source heat pumps are slowly starting to replace the gas boiler use in properties in the UK. (photo by Andrew Aitchison / In pictures via Getty Images)
    UK-Homes-Air-Source-Heat-Pump-2911.jpg
  • Two commercial tumble drier machines drying clothes in a launderette Wadebridge, Cornwall, UK.  The energy for the launderette is sourced from roof solar panels and is part of a scheme to make this town the first to be powered by renewable sources in the UK.
    UK-Laundrette-0187.jpg
  • A young British woman loads clothes into a washing machine in a launderette in Wadebridge, Cornwall, UK. The energy for the launderette is sourced from roof solar panels and is part of a scheme to make this town the first to be powered by renewable sources in the UK.
    UK-Laundrette-0161.jpg
  • A young British woman loads clothes into a washing machine in a launderette in Wadebridge, Cornwall, UK. The energy for the launderette is sourced from roof solar panels and is part of a scheme to make this town the first to be powered by renewable sources in the UK.
    UK-Laundrette-0181.jpg
  • Full Electric sign on the body of a blue Citroen electric car in Wadebridge, North Cornwall, United Kingdom, a town which is aiming to become the first to be powered by renewable energy.
    UK-sign-electric-car-0102.jpg
  • Engineer checking power levels at Hydro plant in Powys, Wales. Hydroelectricity is a form of hydropower, and is the most widely used form of renewable energy. It produces no waste, and does not produce carbon dioxide (CO2) which contributes to greenhouse gases.
    08-electric_1625.jpg
  • Cathy McClay - Head of commercial operations for the National Grid. Open Energi. ALL publication MUST include the credit © Andrew Aitchison / Ashden
    16-OpenEnergi-7483.jpg
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