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SOLAR ENERGY
20/11/2560 / Russia

"Cedruccio" country house

Self-sufficient country house with autonomous energy and heating supply

There are all sorts of beautiful places in Russia that are a long way away from the public grid. A house in such a place therefore needs a completely independent electricity supply. And even when there is a connection to the grid, the mains supply is not always sufficient. Fronius inverters with the MicroGrid function are the perfect solution for supplying electricity to remote areas.

The self-sufficient house “Cedruccio” in central Russia gets 80 percent of its energy from solar power and 20 percent from diesel generators or the unstable grid. The 6-kW PV module array located on the roof is connected to a Fronius Symo 5.0 with MicroGrid configuration, which is linked to a three-phase UltraSolar Pro lithium-ion energy storage system with a peak capacity of 36 kW and 14 kWh usable storage capacity.

As it became apparent that in summer a lot more energy is produced than is needed, a Fronius Smart Meter was added to the system in order to ensure zero feed-in to the public grid and to transform the excess solar energy into heat. The heat is stored in a HAASE 40,000 litre GFK hot water tank installed in the house, meaning solar energy not only supplies renewable power, but also hot water and heating.

 

Anlagendaten  
 
Größe der Anlage    
6 kWp 
Art der Anlage   
Aufdachanalage
Wechselrichter   
 1 Fronius Symo 5.0-3-M
Inverter Charger
Schneider Electric XW + 8548 x 3
Batterie
Industrielle LIFePO4-Batterie mit 20 kWh Kapazität und BMS
Inbetriebnahme
Juli 2015
Besonderheit
MicroGrid
Zukünftige Erweiterung
Zusätzliche 6 kWp mit Fronius Symo und Fronius Ohmpilot