Pilot plant Losheim am See, Saarland Germany

Put into operation 2015
Capacity 28 kWp
Annual energy output 31 MWh/year
Technology SI-Enduro 290
Operator Ökostrom Saar Biogas Losheim KG
Agriculture use Pastureland 
Further information Pilot plant used for validation of the vertical Next2Sun mounting system

Solar farm Eppelborn-Dirmingen, Saarland Germany

Put into operation2018
Capacity2 MWp (Supply of 700 households)
Annual energy output2.150 MWh/year
TechnologyN-Pert (60%), Heterojunction (40%)
OperatorÖkostrom Saar Wind GmbH
Agricultural useMeadow used for hay and silage
Further informationEuropaweit erste bifaciale Photovoltaik-Freiflächenanlage in dieser Größenordnung

Solar fence for self-consumption St. Martin, Austria

Put into operation 2019
Capacity 52,55 kWp
Annual energy output 50 MWh/year
Technology N-Pert (100%)
Operator Private
Agriculture use Enclosure for chicken farm
Further information Pilot plant used for validation of the vertical Next2Sun mounting system

Agricultural photovoltaic plant Guntramsdorf, Austria

Put into operation 2019
Capacity 23 MWh/year
Annual energy output 23 MWh/year
Technology N-Pert (100%)
Operator Wien Energie GmbH
Agriculture use Arable land for cultivation of potatoes
Further information Austria’s first agricultural-photovoltaic ground-mounted plant

Picture Rights: Wien Energie / Christian Hofer

Self-consumption PV-plants Waterford, Ireland

Put into operation 2019
Capacity 25 and 27 kWp
Annual energy output In each case 30 MWh/year
Technology N-Pert (100%)
Operator Private
Agriculture use Pastureland
Further information Pilot plant used for validation of the vertical Next2Sun mounting system

Solar farm Aasen-Donaueschingen, Baden-Württemberg Germany

Put into operation First quarter 2020
Capacity 4,1 MWp (Supply for 1400 households)
Annual energy output 4.6000 MWh/year
Technology N-Pert (100%)
Operator Bürgerkraftwerke Donaueschingen-Aasen GmbH
Agriculture use Meadow used for hay and silage
Further information Europe’s largest bifacial ground-mounted photovoltaic system