1. Biofertilizer from fermentation residues:
Development of a solar-powered process to process digestate from biogas plants and produce liquid biofertilizer
2. PV cooling mat:
Solar power generation by cooling PV modules using innovative cooling mats and combined use of heat potential (PV cooling mat)
3. Artemisia annua cultivation:
Sustainable cultivation for ecological and economical cultivation of Artemisia Annua in partially shaded agri-solar systems
4. Aquaponics in PV plants:
Development of an energy sustainable and resource efficient aquaculture cycle system under the partially shaded areas of Agri-Solar plants
Development of an autonomous agro-robot for efficient Artemisia cultivation in Agri-Solar facilities
The total complex consisting of a skylight dome hall, 2 shed roof halls, 2 x light weight halls, 2 Food & Energy facilities and a social building has 730 kWp of installed PV capacity with an energy production of 690 MWh per year.
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