Italian scientific institutions have published new regulatory practices for agrivoltaics, with a specific focus on electricity production, agricultural output, and landscape preservation.
Scientists from India conceived a new system for crop growth in remote areas with no connection to the power grid. It consists of a PV panel, add-on module hardware (AOMH), a battery, step-down DC-DC converters, system power devices, automation, and sensor elements. For climate control, it also comprises a water pump, a ventilation fan for CO2 assimilation, sprinkler foggers, and drop irrigation solenoids.
SolarPower Europe’s new guidelines for agrivoltaics are designed to support project developers, scientific institutions, and policymakers in developing agrivoltaic schemes. The PV trade body presents business cases from different European countries and shares best practices for O&M and engineering, procurement, and construction (EPC).
Dan French, executive producer of the Solar Farm Summit, told pv magazine USA that more than 500 farmers, manufacturers, and community solar developers likely attended the first US agrivoltaics conference in Chicago last week.
French developer Valeco has deployed an agrivoltaic installation on a fodder field and has found out it offers benefits for the quality and quantity of the crop, as well as for sheep grazing under the solar panels.
French specialist Sun’Agri unveiled the agronomic results on a crop of eggplant grown in a greenhouse commissioned in the Lot-et-Garonne in September, 2020.
Italian researchers have looked at how soybeans could be grown in agrivoltaic installations and have found that the impact of shading is less significant than previously believed.
An Israeli startup is commercializing crop-responsive PV trackers for greenhouses. The system includes a tracking structure, a motor, a controller, and specially designed solar panels.
In June 2020, German developer BayWa r.e. inaugurated its largest agrivoltaic power plant in the Netherlands, with a capacity of 2.7 MW. pv magazine France looks at the economic model.
A Swedish-Italian research group has applied state-of-the-art models for global horizontal irradiance decomposition to assess photosynthetically active radiation in agrivoltaic projects – an important variable to properly predict crop yield.
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