Renewables Collection

Small Rutland 913 pole mounted wind turbine - Stratford Racecourse Warwickshire UK
MAB-1259 Small Rutland 913 pole mounted wind turbine Stratford Racecourse Warwickshire UK Mark Boulton Please note that prints are for personal display purposes only

Flock of Knot (Calidris canuta) over sea with wind turbine. Liverpool Bay, UK, December

Ground-mounted photovoltaic system seen from above. Ground-mounted photovoltaic systems are composed of load-bearing metal structures to which photovoltaic modules are attached

Ground-mounted photovoltaic system seen from above. Ground-mounted photovoltaic systems are composed of load-bearing metal structures to which photovoltaic modules are attached

Ground-mounted photovoltaic system seen from above. Ground-mounted photovoltaic systems are composed of load-bearing metal structures to which photovoltaic modules are attached

Struzyna, wind-powered boat using a Flettner rotor (b / w photo)
6000714 Struzyna, wind-powered boat using a Flettner rotor (b/w photo) by German Photographer (20th Century); Private Collection; (add.info.: Struzyna, wind-powered boat using a Flettner rotor)

Wind turbines in Copenhagen Harbour, sunset

Wind turbines in Copenhagen Harbour

The geothermal area Haukadalur part of the touristic route Golden Circle during winter. Geysir Strokkur. europe, northern europe, iceland, March

Hot steam rising from the geothermal power plant Bjarnaflag near the vulcano Krafla in the snowy highlands of wintery Iceland, lake Myvatn in the background. europe, northern europe, iceland, February

Geothermal area Hveraroend with mudpots, fumarales and solfataras near lake Myvatn and the ring road. europe, northern europe, iceland, February

Geothermal area Seltun heated by the vulcano Krysuvik on Reykjanes peninsula during winter. europe, northern europe, iceland, February

Picture No. 10872747
Campaigners with Yes to renewables banner on Climate Change ( ) Date:

Hydroelectric Power Station, New Zealand
Generator hall of the Manapouri Hydroelectric Power Station, New Zealand. Manapouri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland

Wind turbine C018 / 0047
Wind turbine. Photographed in Wales

Upwind power plant, artwork C016 / 7546
Upwind power plant, computer artwork. In an upwind power station, hot air developing under a transparent canopy (blue), moves rapidly upward through a chimney (striped)

Tidal power plant, artwork C016 / 7544
Tidal power plant. Computer artwork of an array of offshore tidal turbines. Tidal forces rotate the propeller blades, which then drive a generator in order to produce electricity

Belvedere waster-to-energy incinerator
Riverside waster-to-energy incinerator, Belvedere, London. Most of the waste is transported along the Thames on barges

Shotton biomass plant
Sludge and biomass power plant at Shotton UPM (newsprint paper mill). The plant combusts sludge and other waste from the paper making process to produce heat and power for the plant

Wind Turbines and coal fired power station on the Netherlands coast near Vlissingen
PM-10838 Wind Turbines and coal fired power station on the Netherlands coast near Vlissingen. Pat Morris contact details: prints@ardea.com tel: +44 (0) 20 8318 1401

Extensive solar panel arrays in the countryside of west Lesvos (Lesbos) - Greece
ROG-14240 Solar panel Countryside of west Lesvos (Lesbos) - Greece Bob Gibbons contact details: prints@ardea.com tel: +44 (0) 20 8318 1401

Biodiesel, conceptual artwork. Fuel containers with plant leaves on their surfaces, representing a fuel made from plant sources

Willow bioenergy crop, Sweden
Willow bioenergy crop. Field of short rotation willow coppice (Salix sp.). Short Rotation Coppice (SRC) is a system of crop production in which high yield woody plants are grown on a 2 or 3 year

Corn ethanol processing plant, Shenandoah, Iowa, USA. Corn ethanol is a biofuel that is primarily used in the United States as an alternative to gasoline and petroleum

Sun reflected in a solar panel. Also known as photovoltaic systems, solar panels are a means of converting the suns rays into direct electrical current

Wind turbine, Denmark
Wind turbine. Photographed in Esbjerg, Denmark

Wind farm, Scotland
Wind farm. This is Dun Law wind farm, which is located near Oxton, in the Scottish Borders, Scotland, UK

Wind turbine, Finland
Wind turbine at a wind farm. Photographed on the Aland Islands, Finland

Wind farm, Sweden
Wind farm. Wind turbines at a wind farm. Photographed in Sweden

Solar cells. Close-up of the surface of solar (photovoltaic) cells, which convert light into electrical energy. Cells are made from a semi-conductor such as silicon (as here)

Solar powered street lights

Wood-fuelled power plant, Sweden

Solar water heater
Rooftop solar water heater. This device uses sunlight to heat water that is piped through it. Photographed in Hawaii, USA

Green fuel, conceptual image

Wind turbine in a rural setting. Wind power is a renewable and clean source of energy for electricity production. The wind turns the blades, and this drives a turbine to generate electricity

Hydroelectric power station, Canada. Water descending from a reservoir to the river below drives turbines to generate electricity

Residential solar panels, UK. Photovoltaic cells on the side of a block of flats. The cells turn the energy in sunlight into electricity for use in the flats

Solar heat collectors, Germany. Solar heat collectors on the roof of a building on the Braamwisch Ecological Housing Estate, part of the Karlshohe Solar Project, Hamburg, Germany

Solar powered street light, UK
Solar powered street light. Photographed near Appleby, Cumbria, UK

Wind turbines, Lanzarote
Wind turbines. Photographed near San Bartolome, Lanzarote

Wind farm, Cumbria, UK
Wind farm. Cows in a field with wind turbines in the background. Photographed near Great Orton, Cumbria, UK

Wind turbine under star trails. Time-exposure image of stars passing over a wind turbine with a red light on

Wind turbines under stars

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Renewables: Harnessing the Power of Nature for a Sustainable Future From small-scale innovations to vast wind farms, they can revolutionizing the way we generate energy. In Rutland, UK, a petite 913 pole-mounted wind turbine stands tall, symbolizing the potential of clean power in even the smallest corners of our world. Meanwhile, in Scotland's breathtaking landscapes, an impressive wind farm stretches as far as the eye can see. These towering giants harness nature's force and provide sustainable electricity to countless homes and businesses. In Liverpool Bay, a mesmerizing sight unfolds as a flock of Knot birds gracefully soars above the sea alongside majestic wind turbines. This captivating image showcases how renewable energy harmoniously coexists with wildlife habitats. The Struzyna boat takes us back in time with its vintage black-and-white photo. Powered by a Flettner rotor, this vessel demonstrates that innovation can blend seamlessly with tradition when it comes to embracing renewables on our waterways. But it is not just technology that propels this movement forward; it is also people united for change. The Canberra Students Climate Rally serves as an inspiring reminder that young voices are demanding action against climate change and advocating for cleaner alternatives like renewables. As dusk falls over Copenhagen Harbour, silhouettes of elegant wind turbines adorn the horizon. Against this picturesque backdrop, these structures silently spin their blades - symbols of hope for a greener future where renewable energy becomes commonplace worldwide. Whether it be through innovative designs or collective activism like at the Canberra Students Climate Rally or Copenhagen Harbour's serene landscape adorned with turbines – renewables offer us an opportunity to reshape our relationship with energy production. By harnessing nature's power responsibly and sustainably, we pave the way towards a brighter tomorrow where clean energy sources reign supreme.