Onshore wind energy
The wind blows on the blades and the mechanical energy thus created is converted into electrical energy
Solar energy
Solar radiation is captured and converted into electricity thanks to solar panels fixed to the ground, on the water, on the roof or on the carport shade
Hydroelectricity
The force of water generates mechanical energy, which is then converted into electricity
Offshore wind energy
The fixed or floating offshore wind turbine is installed offshore to benefit from more regular and higher-speed winds
Waste-to-Energy
Waste-to-Energy transforms waste that can’t be recycled locally into energy, with the lowest possible CO2 emission and without any negative impact on the environment
Green hydrogen
Green electricity is used to produce hydrogen by electrolysis. The hydrogen thus produced is used to decarbonise industrial and mobility uses and to participate in the development of e-fuels.
We are involved in all stages of the life of the plants
Step 1
Prospecting
We identify suitable areas or acquire projects with high-potential
Step 2
Project development
We negotiate power sales contracts and obtain all necessary authorizations for the construction and operation of the power plants.
Step 3
Financing
We finance projects with non-recourse debt and the equity we provide. with a wide range of financial instruments, which may combine equity, corporate or non-recourse debt, equity financing, and the financial contributions of stakeholders to the project.
Step 4
Construction
We design and supervise the construction of our power plants.
Step 5
Operation & Maintenance
We own and sell energy from our power plants. We operate and maintain them directly or with our partners.
Step 6
Dismantling & Site reclamation
We ensure the dismantling of plants and the recycling of components, so as to guarantee the absence of environmental impact.
Target by 2025, 3 GW of installed capacity
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In operation at the end of Q2 2023
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In construction
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In financing
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In development