Agrisoleo has developed specific numerical tools for agrivoltaics which help you build your project with a maximum synergy for agricultural and electrical productions, solving the challenges of agrivoltaics.
How to accurately estimate future agricultural production under the panels?
Microclimatic simulations make it possible to estimate as finely as possible the impact of the agrivoltaic plant on the relevant agroclimatic indicators of the crops located under the panels.
The results of the simulations feed an expert agronomic analysis for each critical stage of crop development, to estimate agricultural production in agrivoltaic area.
How to optimize the sizing of the agrivoltaic structure?
The light sharing simulations make it possible to know the irradiance received by the crops, considering the diffuse, direct radiations and the albedo. This tool is necessary to know if the irradiance will be a limiting factor of the yield and also to evaluate the protection brought against the radiative stress.
What are the benefits of the agrivoltaic plant on water resources?
The Agrisoleo software is used to simulate the impact of the agrivoltaic plant evapotranspiration on a day-to-day basis. A water balance then makes it possible to evaluate the impact of the installation on water stress or savings of irrigation water supplies.
Is it possible to precisely assess the electrical production in the context of dynamic agrivoltaic?
Yes, the Agrisoleo electrical production study makes it possible to evaluate the P50 and P90 in an agrivoltaic context. We have developed a specific methodology and a model for the electrical production calculation for any position of the panels, which have been validated by an independent firm. It is then possible to precisely evaluate the loss of electrical production induced by the agronomic control of the panels in an agricultural context.
How to optimize the synergy of productions thanks to the agronomic control of the panels?
Agrisoleo has patented a panel steering solution, the operation of which is explained to project stakeholders. In addition, it is adaptable to any crop, and uses a learning algorithm guaranteeing robustness for any climatic scenario.
In the development phase, Agrisoleo determines and then presents the steering algorithm to the project leader, to the farmer. It is possible to finely adjust the steering algorithm thanks to the knowledge and objectives of the farmer. Agrisoleo provides the impact on agricultural and electricity productions so that stakeholders decide on the optimal balance of both productions.