solarfold
Available from us now
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Fields of use
- Agriculture
- EV charging stations
- Large construction sites
- Emergency areas
- Events
- Companies
- Energy communities
Advantages
- Plug and play: modules pre-wired and connected.
- Easy installation: simple anchoring with an innovative ground anchor.
- Simplified building permits: flexible and fast.
- Easy monitoring: full control thanks to the app.
- Sustainable: future-proof, clean power generation.
- Mobile: generate power exactly where it pays off.
- Fully insured: comprehensive all-round protection.
It pays off.
Solarfold is not only a forward-looking way to generate clean electricity but an investment with which you can achieve top returns — namely by deploying the mobile power plant where the feed-in tariff is highest.
* The values shown are based on the following assumptions: location Italy, electricity price €0.15/kWh, project financing 80 % debt / 20 % equity, interest over 15 years 2.7 %, maintenance and operation incl. insurance and lease €19/kWp/year, investment costs of €175,000. The return shown is the return on equity over a project term of 30 years.
Amortisation in years*
%
Return per year*
Simple, flexible and modular.
The solarfold photovoltaic container stands out for its flexible, lightweight substructure. The semi-automatic electric drive gets the mobile photovoltaic system ready for operation in minimal time. Placing the PV modules requires neither cable trenches nor compaction of the terrain.
Profit worldwide.
Whether in Italy, Germany or Austria — solarfold pays for itself within a few years and delivers ideal energy yields even under poor conditions. An investment that pays off and creates long-term independence.
Yield data of a standard solarfold for Germany (Duisburg) and Italy (Foggia); this data comes from the professional tool PV*Sol 2022 by Valentin Software. Comparison with a thermal power plant.
CO₂ savings
Northern Europe: 58 tonnes
Southern Europe: 91 tonnes
Yield per year
Northern Europe: 123,500 kWh
Southern Europe: 194,000 kWh