Success Stories
Have a look at our project references in the field of off-grid renewable energy systems. We operate in Germany, France, Canada and India. We install stand-alone systems, such as the Intech Energy Container or an autonomous photovoltaic system. With these systems, our customers are independent of the public grid and produce their own energy. All the projects are solar-based, in order to offer climate-friendly power generation systems.
Observatory l Oberkirch, Germany
Photovoltaic Roof-Mounted System 5.7 kWp
Battery Capacity 4.8 kWh
The autonomous system supplies both the IT and the air-conditioning system with uninterrupted power. The observatory is designed as an education station for schools.
Battery Capacity 4.8 kWh
The autonomous system supplies both the IT and the air-conditioning system with uninterrupted power. The observatory is designed as an education station for schools.
Power supply for Shire Council l McKinlay, Australia
Energy Container:
PV-System mounted on the Container 21 kWp
Battery storage capacity 60 kWh
1 solar inverter / 3 off-grid inverters
Advantages:
• Offer a renewable-energy based system with high electric capacity and lower maintenance costs
• Equip the regional farms with a similar system in order to facilitate future maintenance work
The project was implemented with the participation of the local administration, the McKinlay Shire Council and Intech
PV-System mounted on the Container 21 kWp
Battery storage capacity 60 kWh
1 solar inverter / 3 off-grid inverters
Advantages:
• Offer a renewable-energy based system with high electric capacity and lower maintenance costs
• Equip the regional farms with a similar system in order to facilitate future maintenance work
The project was implemented with the participation of the local administration, the McKinlay Shire Council and Intech
Organic Farm l Alsace, France
Energy Container
Photovoltaic mounted on the container and the roof: 10 kWp
Useable Battery Capacity: 24.15 kWh
Advantage: Sufficient power generated to heat and ventilate a greenhouse, to irrigate plants and to charge an electric car.
Amount of C02 avoided: 7,4 Tons / annum
More information
Photovoltaic mounted on the container and the roof: 10 kWp
Useable Battery Capacity: 24.15 kWh
Advantage: Sufficient power generated to heat and ventilate a greenhouse, to irrigate plants and to charge an electric car.
Amount of C02 avoided: 7,4 Tons / annum
More information
NGO Education Center l Narketpally, India
Grid stabilization and water purification
Photovoltaic roof-mounted: 8.8 kWp
Battery Capacity: 55 kWh
The system strives to compensate for the unstable public grid. A reverse osmosis system was installed to purify water.
Photovoltaic roof-mounted: 8.8 kWp
Battery Capacity: 55 kWh
The system strives to compensate for the unstable public grid. A reverse osmosis system was installed to purify water.
Single Home System l Auenheim, Germany
Photovoltaic Roof-Mounted System 1.26 kWp
Batteries 2 kWh
Batteries 2 kWh
Agricultural company l Ontario, Canada
Ground-mounted PV System: 7 kWp
Battery capacity: 26 kWh
Advantage: The system provides independence from increasing electricity prices.
Battery capacity: 26 kWh
Advantage: The system provides independence from increasing electricity prices.
Summer cottage l Narbonne, France
Roof-mounted PV System: 3 kWp
Battery capacity: 16 kWh
An off-grid solar system provides this barn converted into a holiday home with renewable-energy based electricity. A grid-connection of this building was not feasible due to its isolated location.
Commissioning: 2017
Battery capacity: 16 kWh
An off-grid solar system provides this barn converted into a holiday home with renewable-energy based electricity. A grid-connection of this building was not feasible due to its isolated location.
Commissioning: 2017
Greenhouse l Offenburg, Germany
Roof-mounted PV System: 1.2 kWp
Battery capacity: 4 kWh
The photovoltaic installation supplies electricity for a water pump and provides the fully automatic ventilation of the greenhouse. In view of the customer's location, the off-grid system has proven to be a more cost-effective alternative to a grid connection.
Commissioning: 2018
Battery capacity: 4 kWh
The photovoltaic installation supplies electricity for a water pump and provides the fully automatic ventilation of the greenhouse. In view of the customer's location, the off-grid system has proven to be a more cost-effective alternative to a grid connection.
Commissioning: 2018