We are preparing tomorrow’s solar energy

EDF makes use of all its R&D expertise and relies on the most innovative partners to improve production, lower costs, facilitate network integration and maintain its photovoltaic plants.

Floating solar

An alternative to the lack of land space capable of accommodating large-scale solar power plants on the ground or on roofs, floating solar energy installed on unused water bodies (quarry lakes, irrigation ponds, dam reservoirs, etc.) is a promising avenue to explore for the photovoltaic industry.

Lazier (Haute-Alpes)

EDF Renewables is currently managing a floating solar power plant project on the reservoir of the Lazer hydroelectric plant in Hautes-Alpes. With an installed capacity of 19.82 MWp, the plant will cover two-thirds of the reservoir's surface area.

Future of photovoltaics : Bifacial PV

Another technology of the future for the photovoltaic sector: bifacial panels, namely, both sides can capture light, providing a yield of more than 25% (compared to 15% to 18% for current conventional panels).

Saint-Pargoire (Hérault)

Located in the middle of scrubland in Saint-Pargoire (Hérault), the solar plant (11 MWp) will benefit from both a very good level of sunshine and the choice made by EDF Renewables to install bifacial photovoltaic panels. These modules provide higher overall power, absorbing solar radiation on both sides of the panel, producing up to 25% more electricity.

Discover Saint Pargoire power plant

Future solar panels : Thin-film photovoltaics

As an alternative to traditional silicon-based modules, these panels have been specially designed for areas with little exposure to sunlight. This technology, known as ‘thin film’, makes it possible to manufacture flexible and transparent panels, offering several different installation options in the home.

Toul-Rosières (Meurthe-et-Moselle)

The construction of the Toul-Rosières power station in Lorraine, 115 MWp, was accompanied by the decontamination and reconversion of a former military base. This massive project comprises around 1.5 million new-generation ‘thin-film’ photovoltaic panels made by First Solar. The site's production is equivalent to the annual consumption of about 55,000 inhabitants.

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