Solar panels cover the rooftop of a large industrial building, with a clock and smokestacks visible against a clear blue sky.
STA02-zonnepark-amer

Solar Park Amer

Our solar farm at Amercentrale shows how we use conventional power plants to generate renewable energy. The farm has grown substantially over the past few years. In 2018, we started by putting solar panels on the roof of the plant. Later on, we also installed panels in the green areas around it. And since then, we have realised our very first floating solar project on the pond behind the cooling tower. Amer solar farm fits in with our ambition to develop and implement innovative solutions that help make the energy supply and the electricity system more sustainable.

Amer solar farm in figures

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(expanded in 2021)

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Approximately equivalent to the annual consumption of households

Solar farm on the roof

Since 2018, we have had a solar farm on the roof of the building at our Amercentrale. There are 2,025 solar panels which together produce enough energy to power 150 households a year. That amounts to 525,000 kilowatt hours (kWh). The panels have been installed on the roof at an angle of 10ο, facing south. The whole solar installation weighs around 91,000 kilos which we know the roof can take without any problems. At 71,000 kilos, the paving slabs that keep the panels in place in strong winds account for most of the weight. The current generated by the solar panels is fed into the operating grid at the Amercentrale.

Aerial view of a large power plant featuring solar panels, tall chimneys, and surrounding industrial facilities near water.

Panels on the roof of Amercentrale

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Approximately equivalent to the annual consumption of households

Solar farm on land

On the green areas where the old Amer 4 and 5 units once stood and on the green area next to Amercentrale, we have installed a total of 5,760 solar panels. Those panels stand on 2,160 concrete blocks, each weighing 670 kilos. The panels have been installed at an angle of 15ο, facing south. They produce 2,038,000 kWh per annum which is equivalent to the annual energy consumption of around 560 households. During the construction of the solar farm on land, we used 5 kilometres of aluminium and 15 kilometres of copper cable to connect all the panels to each other and to the 20 inverters. Those inverters convert the direct current (DC) into alternating current (AC).

A solar panel array in front of an industrial building with smokestacks and power lines under a cloudy sky.
A solar panel field with multiple solar panels in front of an industrial site, under a cloudy sky.
Workers in orange vests install solar panels in a field under a cloudy sky.
A solar panel installation with multiple panels tilted at angles, situated on a grassy area with concrete supports.

Panels on the green areas around Amercentrale

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Commissioned in

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Approximately equivalent to the annual consumption of households

Floating solar farm

Since 2021, there have been 13,400 solar panels on the former cooling pond at Amercentrale.

It is RWE’s very first floating solar project worldwide and is a fine example of our ongoing commitment to the energy transition. 3.8 of the total of 6.1 hectares of water surface is covered with solar panels that we have installed at an angle of 10ο in an east-west arrangement, with half the panels facing east and the other half facing west. Just like on the roof of a house.

A diagram illustrating the sun's path with solar panels on water, highlighting morning and evening sun directions.
A large solar panel installation floats on a body of water, surrounded by greenery and power lines in the background.
A thermal power plant beside a solar panel farm, surrounded by greenery under a clear blue sky.
A solar panel array floats on water, reflecting the blue sky and surrounded by greenery and industrial buildings.

We kept the panels at least 10 metres away from the edge to protect the animals and plants. The pond is not connected to any open water so there are very few fish in it. We installed 52 concrete blocks on the bottom – each weighing 4.6 tons – to which the panels were anchored using sturdy cables. Those nylon cables are partly flexible so that they can move with the wind and water. We used 25 kilometres of electrical cable to connect the panels to the bank and supply the electricity produced to the plant’s power grid. 

But can you put electricity and water together? The solar panels, inverters and all the cables are mounted on floats. Each solar panel has its own float. Extra floats were also installed in order to create walkways to allow maintenance to be carried out on the solar farm.

Naturally, all the materials used are water-resistant so that electricity and water go together swimmingly on this former cooling pond. 

Panels on pond behind Amercentrale

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Commissioned in

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Output in megawatt peak direct current

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Approximately equivalent to the annual consumption of households

Impressions

This time lapse video shows how the floating solar farm is being constructed.

A solar panel array in front of an industrial facility, showcasing renewable energy integration with machinery in the background.
Aerial view of solar panels in front of a large industrial building, with clear skies overhead.
A solar panel array in front of an industrial building with smokestacks, under a cloudy sky, showing a blend of renewable energy and industry.
Two workers at a construction site use a machine to lift a large concrete block, with industrial buildings in the background.
An overview of a grassy area with rows of rectangular plots, a building to the left, and power lines in the background.
A row of solar panels on water near an industrial area with a cooling tower and cloudy skies.
A floating solar panel installation on water, with a power plant in the background and power lines in the distance.

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