Crop shading system

Talk with an agrivoltaics expert

Our crop shading system improve the agro-climatic conditions of crops while producing green energy. Partial and rotating shade reduces climatic stress on crops and preserves their agronomic potential.

The key advantages of the agrivoltaic system

Solution adapted to all major crops

Compatible with agricultural machinery about 15 meters high

Minimal footprint, optimizing cultivated areas

Smart technology-based solar panels meet the agro-climatic needs of crops and the needs of farmers

Active control panels generating partial and rotating shade that protects crops against climatic hazards (drought, high temperatures, excess light, frost)

Guarantees long-term income for farm owners and farmers

Smart technology which adapts to crops

Automatic adjustment of panels to adapt to the type of crop and stage of growth
Automatic maximum inclination of panels in heavy rain to provide even water flow and limit soil erosion
Optimized positioning of panels to facilitate farming operations
Positioning of panels according to agro-climatic needs of crops

Solar panels for crop shade with intelligent control

The agronomic benefits of partial and rotating shade

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Partial, controlled shading helps to reduce certain climatic stresses: extreme heat, excessive light, water stress and spring frost.
Through its experimental programme, TSE carries out reliable agronomic monitoring.
Our experts measure, compare and discuss the benefits provided by the partial, rotating shading offered by dynamic agrivoltaics.

Lower temperatures on the plot and protection against excessive light in summer

Limiting evapotranspiration, water stress and saving water

Reduced risk of spring frost

A tractor in the middle of cultivation work in an agricultural shadehouse dedicated to crops

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Results of our demonstration program

Learn more about experimentation

When properly configured and managed using appropriate agronomic practices, an agrivoltaic installation helps to improve the resilience of agricultural land in the face of climatic uncertainties.

TSE conducts its trials over periods of between 3 and 9 years. The initial published results indicate particularly positive effects over several years.

-20%

-20% average potential evapotranspiration (Chadeleuf, 2026)

-1,5°C

A reduced temperature range of approximately 1,5°C over 24 hours on average throughout the year (Brouchy, 2025 et 2026)

96%

96% yield compared with the control plot using ‘Robust’ management, and 90% yield using ‘Intensive’ management (Chadeleuf, 2026)

+3,3%

Barley grown under shade netting had a specific weight that was 3.3 per cent higher than that of the control (Chadeleuf, 2026)

-4°C

Air temperature at plant height was reduced by an average of about 4°C under the shade structure, compared to the control plot, during the hottest part of the day (on days when temperatures exceeded 30°C in Chadeleuf, May 2026)

Our projects

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Agrivoltaic

The Chadeleuf agrivoltaics project

Farmers feed our fellow citizens. They can also supply energy to their territory, if, thanks to agrivoltaics, agricultural and electrical production coexist on the same land. That's what TSE offered me with this smart shade.

Hervé Malgat, farmer from Chadeleuf

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Our agricultural partners

Why choose us

Expertise

Independent French photovoltaic expert since 2016

Proximity

More than 270 employees working as close as possible to communities all over France

Growth

3 GWc under development in France

Presence

A team of experts to support farmers and develop the most appropriate solutions

Commitment

A company committed to biodiversity and Certified B Corporation since 2026

Innovation

2025 and 2026 winner of the French Tech 120

FAQs

Can I grow any type of crop under a crop shade?

Crop shades are suitable for crops under 1m60 in height.

Who maintains the areas under the panels and around the posts?

TSE takes care of maintaining the areas under the panels and around the posts.

In case of rain, will the entire plot be watered?

Our panels automatically tilt to a maximum angle in heavy rain to allow crops to benefit from the water. This feature provides a homogeneous flow of water on the plot and limits soil erosion.

How are the solar installations supported? Is concrete used?

We prefer piled foundations to support our solar panel arrays. Metal stakes are driven directly into the ground tounder the panels in case of climatic hazards.

Is there an impact on my crops during maintenance operations?

We plan preventive maintenance operations between two crops, in consultation with the farmer. If part of the crop is impacted by a necessary intervention during cultivation, then we will compensate the farmer accordingly.