Impact of vertical PV on grasslands


A French consortium has commissioned an 89 kWp pilot project featuring 252 vertically installed solar panels. The companies are now trying to assess the impact of vertical bifacial solar panels on grasslands.

Engie and the French National Research Institute for Agriculture, Food and the Environment (INRAE) have inaugurated the Camelia vertical agrivoltaic pilot in central France.

solar bracket ground mounts
vertical bifacial PV

The project features 252 vertical bifacial panels, oriented east/west, with an installed power of 89 kW and an expected annual production of 100 MWh. The nine vertical rows are spread over 1 hectare and are spaced 12 meters and 18 meters apart. The installation is equipped with a simple, modular and reversible anchoring system, to minimize its impact on agriculture.

Engie invested €1 million ($0.98 million) in the project. It aims to study the impact of vertically installed bifacial PV modules on grasslands and electricity production.

Solar Racking Mounting
Solar Mounting PV

Camelia is installed on a plot of land that belongs to INRAE. It is also equipped with 50 sensors for agronomic and meteorological monitoring.

“The Camelia project makes it possible to address original research questions in agrivoltaics, such as the effect of the construction site on soil compaction, the effects of vertical panels on the microclimate of the meadow and on the animals,” said INRAE President Emmanuel Hugo. “The response of the grassland will be compared with a control grassland in the immediate vicinity of the site.”

The pilot project also involves a local dairy producer, whose electricity needs are partly covered by Camelia.

Part of the article excerpted from the network, infringement contact deleted.

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