France: Authorization for a 450 MWp agrivoltaic project in the Landes region of France

The Terr'arbouts project, aimed at deploying 200 hectares of photovoltaic panels on farmland in the Landes region, has been approved by the authorities.
système agrivoltaïque sur le site pilote de GLHD

Partagez:

Local authorities in the Landes region have authorized the Terr’arbouts project, one of the most ambitious agrivoltaic initiatives in France.
The project involves the installation of photovoltaic panels on 200 hectares of land within a 700-hectare agricultural perimeter, with a production capacity of 450 megawatts-peak.
The project is being carried out by a group of 35 farmers in partnership with GLHD, a company partly owned by EDF Renouvelables.
This installation could become one of the largest of its kind in the country, surpassing the performance of several existing solar power plants.
The 53 building permits issued for the project include strict conditions, particularly in terms of environmental protection and sustainable agriculture.
These regulatory constraints follow concerns raised during impact studies, notably about herbicide residues found in high quantities in the region’s drinking water.
The Landes prefecture specifies that farmers will have to comply with real environmental obligations and the status of tenant farming.

Operating conditions and environmental constraints

The Terr’arbouts project is part of a mixed production framework, combining agriculture and solar energy.
In exchange for the annual income generated by the operation of the solar panels, farmers commit over 40 years to managing their crops without pesticides, while testing varieties that require less water.
This initiative meets the sustainability requirements imposed by the local authorities and takes into account the region’s economic challenges.
This farming model, supported by the Chamber of Agriculture and some local authorities, aims to reconcile agricultural interests with energy ambitions.
However, this compromise is not without its critics.
The local branch of the Modef farmers’ union denounced a lack of transparency and impact studies deemed insufficient.
Last spring, the public inquiry commission had already expressed reservations, pointing to the lack of feedback on similar projects in the region.

Regulatory Issues and Controversies

The project comes at a time when the regulation of agrivoltaics in France remains unclear.
A decree published in April aims to provide a framework for these new forms of mixed farming, but many uncertainties remain, particularly regarding the link between agricultural production and energy.
The commission’s criticisms highlight the challenges of integrating photovoltaic panels on traditionally agricultural land, and underline the risks of imbalance for the ecosystem and the local agricultural economy.
For stakeholders, the success of Terr’arbouts will depend on the ability to meet farmers’ expectations while respecting the environmental constraints imposed.
Opponents of the project insist on the need to strengthen legislation to ensure harmonious cohabitation between different forms of land use.
They also call for greater transparency and rigorous monitoring of the impact of this type of development on local communities.

Sector outlook and adaptation

The authorization of Terr’arbouts is a strong signal for the agrivoltaic sector in France, but it also raises questions about the future of this booming industry.
Projects like this one are multiplying, and with them, discussions around their integration into agricultural and energy policies.
The sector will have to navigate between technological innovation and regulatory requirements to sustain its development.
As the legislative framework becomes more refined, agrivoltaic players will need to adapt their strategies to meet the economic, environmental and social challenges.
The success of initiatives like Terr’arbouts will depend on the ability to reconcile divergent interests, guarantee practices that respect farmland, and provide real economic benefits to farmers while supporting the transition to renewable energy sources.

Plenitude and Modine have signed an agreement to build a photovoltaic plant with an installed capacity of 1.585 MWp in Pocenia, designed to power thermal and refrigeration equipment at Modine’s Italian industrial site, without initial investment.
Namibia begins construction of its largest solar plant, Sores|Gaib, aiming to reduce dependence on energy imports by leveraging its solar potential, considered among the highest globally according to the World Bank.
The Energy Progress Report 2025 shows an improvement in global electricity access to 92%, but highlights that 666 million people remain without electricity, particularly due to insufficient international funding for rural areas.
Estimated at $613.57bn in 2025, the global photovoltaic market is expected to reach $968.32bn by 2030, driven by declining costs and growing demand from residential and utility sectors, according to a MarketsandMarkets analysis published on June 26.
Sasol International Chemicals concludes a virtual contract with Akuo to supply half of the electrical needs for its Lake Charles industrial complex in the United States, via a solar plant scheduled for 2026.
Eurowind Energy initiates a €174.8mn investment to build a 220 MW solar park in Vișina, Romania, capable of supplying around 150,000 households annually.
CleanCapital expands its portfolio by acquiring solar and energy storage assets totaling 27 MW in California and Massachusetts from Pacifico Energy to meet growing demand in the United States.
BrightNight and Cordelio Power commission a major 300 megawatt solar project in Arizona, attracting significant investments from JPMorgan and Capital One, with estimated local economic benefits of $180mn.
Austria is launching an unprecedented 20% bonus on photovoltaic subsidies to promote equipment manufactured in Europe, with a total envelope of €20 million dedicated to solar installations and energy storage systems.
Chinese manufacturer Longi will invest alongside Pertamina NRE in a 1.6 GW site at Deltamas, aiming to strengthen the local photovoltaic chain and capture demand expected under Indonesia’s power plan.
OMV Petrom acquires 50% of the 400 MW Gabare photovoltaic project near Sofia, in partnership with Enery, in a deal valued at approximately €200 million including a potential energy storage solution.
Driven by strong solar adoption, the global SCADA systems market for renewable energy is expected to reach $3.56bn by 2030, with an estimated average annual growth rate of 12.7%, according to MarketsandMarkets.
RATP and Urbasolar officially inaugurated the Colombier photovoltaic power plant, the first large-scale solar installation operated by the Parisian public transport operator, set to produce 14 GWh of electricity per year.
Danish developer European Energy finalises financing deal exceeding €70m for constructing two Australian solar plants, totalling 137 megawatts of installed capacity on the local electricity market.
The African Development Bank financially supports Zambia with $26.5 million for the 32 MW Ilute solar project, structured to avoid reliance on sovereign guarantees.
Emeren Group Ltd announces a definitive merger agreement with Shurya Vitra Ltd, providing for the repurchase of shares at $0.20 each, aiming to transform the company into a private entity by the end of September 2025.
The global solar tracker market is expected to reach $29.31bn by 2030, driven by a compound annual growth rate of 26.2%, notably supported by large-scale photovoltaic projects and recent technological advances, a new study reports.
A report from the think tank Ember reveals that falling battery prices now make year-round solar power generation economically viable in the world's sunniest regions.
MondialBox Saint-Nazaire deploys 2,300 photovoltaic panels covering 4,500 m², annually generating 800 MWh of decarbonized energy, in partnership with SeeYouSun and Sonadev, via ActiSun, a program dedicated to solarizing industrial and commercial spaces.
The Ingerslev Å solar plant, operated by BeGreen, an Equinor subsidiary, begins production in Denmark, adding a capacity of 65 MW and generating approximately 68 GWh annually for the local DK1 electricity market.