Pithiviers solar power plant – France (Centre-Val de Loire Region)

Solar energyIn operationMainland France

The Pithiviers solar power plant illustrates the ability of local territories to reinvent themselves through renewable energy.

Developed on a former 11-hectare industrial brownfield site, previously used for fertiliser production, it now hosts a green electricity generation facility. With an installed capacity of 12 MWp and nearly 19,000 photovoltaic panels, the plant will produce around 14 GWh per year.

This output will cover the equivalent of the annual electricity consumption of nearly 8,500 residents, heating included, contributing to the energy autonomy of the Centre-Val de Loire region and reducing its dependence on fossil fuels.

Each year, the power plant will avoid the emission of more than 1,800 tonnes of CO₂, directly supporting national climate objectives.

A commitment to the environment and the local territory

Designed as a sustainable project, the Pithiviers solar power plant respects both the surrounding natural environment and the territory that hosts it.

Limiting land artificialisation

By redeveloping an industrial brownfield site, Corsica Sole avoids the artificialisation of agricultural land and gives new purpose to a long-abandoned site.

Preserving biodiversity

Several measures have been implemented to protect local fauna and flora:

  • installation of panels on raised concrete beams, preventing soil sealing,
  • creation of areas conducive to wildlife development,
  • planting of a landscaped hedge around the perimeter of the site.

In this way, the power plant successfully combines clean energy production with environmental preservation.

Collaboration with local partners

The success of the project is based on collective mobilisation. Corsica Sole has partnered with trusted stakeholders to ensure a high-performance and long-lasting installation.

Construction is being carried out by Sireos, a recognised French photovoltaic company. In addition, SICAP, a local energy provider, contributes its expertise in the service of Centre-Val de Loire residents.

Structured financing for the energy transition

The construction of the Pithiviers solar power plant benefits from structured financing arranged by SG, as part of a transaction carried out jointly with the Cirey-sur-Vezouze solar power plant.

This financial structure, supported by the expertise of Monte Cristo Advisory and Greensolver, illustrates the confidence of partners in Corsica Sole’s vision: transforming former industrial brownfields into low-carbon energy production sites.

Did you know?

The word photovoltaic comes from the Greek phōtos (light) and the term voltaic, derived from the name of the Italian physicist Alessandro Volta. It refers to the conversion of sunlight into electricity using solar panels.

SG is pleased to renew its support for Corsica Sole in financing ambitious projects that contribute to the energy transition. This support reflects our commitment to providing innovative and responsible financial solutions for the development of renewable energies in France

Maud Le Hérissier Deputy Director – Renewable Energy Project Finance, Corporate Finance teams, SG

We are proud to transform this industrial brownfield into a modern solar power plant that meets the region’s energy needs while respecting the environment. This project illustrates our ongoing commitment to the energy transition and our determination to deliver sustainable solutions for local territories

Prescilla Sossouhounto Photovoltaic Project Manager, Corsica Sole

They’re talking about it!

Find out what the press is saying about the project:

Plein soleil : Corsica Sole converts industrial wasteland into a solar power plant

L’écho du solaire : Corsica Sole transforms industrial wasteland into solar power plants with the support of SG

Environnement Magazine : Corsica Sole transforms industrial wasteland into green energy

Localisation
Pithiviers,
Loiret (45)
En chiffres
Capacity 12 MWp
Annual energy production 14 GWh
Surface area 11 hectares
Solar panels 20 000
*supplied with electricity (including heating) 9,000 peoples*
avoided per year 4,300 tonnes of CO₂
Commissioning Summer 2025
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