References
Apartment house in Kreuzlingen
- Own power optimization: Own use of the generated PV power and increasing independence from the energy supplier
- Security of supply in the event of a power failure
- Saving of electricity costs
- The system produces the general electricity requirement including heat pump heating
| Characteristics | |
|---|---|
| PV-Generator | 24 kWp |
| Inverter | 2 x 11 kVA (CENTURIO 10) |
| Battery | 20,5 kWh (5 x DOMUS 4.1) |
| Installation | January 2017 |
Consumption curve WP in the apartment building
Zero energy office building
Goal:
- Create independence from the public power grid (reliability)
- The building is energetically optimized, the power supply is to be completely taken over by CENTURIO inverters
| Characteristics | |
|---|---|
| PV-Generator | 24 kWp |
| Inverter | 2 x 11 kVA (CENTURIO 10) |
| Battery | 64 kWh (16 x DOMUS 4.1) |
| Installation | June 2016 |
CENTURIO as Battery inverter
Installation in Winterthur
To operate the CENTURIO without PV, you need a DC source to start the CENTURIO.
See the box in the top left.
The system is operated on the PV side with a Solaredge inverter with optimizer. The CENTURIO is installed as a pure battery inverter.
| Characteristics | |
|---|---|
| PV-Generator | 10 kWp |
| Inverter | 1 x 11 kVA (CENTURIO 10) |
| Battery | 24 kWh (6 x DOMUS 4.1) |
| Installation | July 2019 |
CENTURIO with DOMUS 2.5
- Installation in Zimmer in Rottweil
- Self-consumption optimization
- 7.5 kWh are sufficient for night operation
Efficient Solar modules
Energy meter
Dimension: 170x280x92mm
10kW hybrid inverter
Dimensions (WxHxD): 610x552x200mm
7,5 kWh DOMUS 2.5
LiFePO4 batteries
One battery, dimensions: 440x180x328 mm
3 Batteries: 440x570x328 mm
| Characteristics | |
|---|---|
| PV-Generator | 7,5 kWp |
| Inverter | 1 x 11 kVA (CENTURIO 10) |
| Battery | 7,5 kWh (3 x DOMUS 2.5) |
| Installation | April 2020 |
Container energy storage solution
Battery room 500 kWh
500 kW Inverter
Peak-shaving for industries
Goal:
Peak load capping of current peaks from the grid.
Cost reduction of the purchase costs, especially the load peaks.
Combined with a photovoltaic system with 640 kWp output.
Lake Constance area
Installation 2016
