Solar panel standard size container 10 feet

Sturdy and powerful, solar frames offer a reliable solution for optimal energy production, even in demanding conditions. Designed to guarantee stability and durability, they fit perfectly into 10-foot containers, enabling easy, secure integration on different types of site.

Each frame is equipped with solar panels manufactured in France, delivering 9 kWp, ensuring high performance all year round. This technology not only maximizes self-consumption, but also reduces dependence on fossil fuels.

Solar frames are ideal for temporary installations, construction sites, outdoor events and remote locations.They provide a reliable, long-lasting power supply. Their modular, flexible design makes them easy to transport, install and maintain. This provides a turnkey energy solution for all your needs.

Add to my quote

Further information

assets

Decarbonized energyQuietReclining

features

Module power

250 Wp

Total power

9 kWp

Number of modules

36

Standard size

10-foot containers

tilting

up to 35° C

Weight

1500 kg

Do you still have questions?

Yes, their versatility is one of their main assets. Whether for temporary installation on a building site or at an event, or for permanent power supply to an isolated site, solar frames can be adapted to any context thanks to their robust, modular design.

Each frame is equipped with solar panels manufactured in France, delivering 9 kWp (kilowatt-peak). This power guarantees high performance all year round, even in demanding climatic conditions.

Frames can be stacked up to 36 units high, giving you the flexibility to adapt production capacity to your real needs. This modularity means you can start with just a few units and gradually increase the installed capacity as your needs evolve.

Yes, all frame-integrated solar panels are made in France. This guarantees high manufacturing quality, controlled traceability and a reduced carbon footprint.

Yes. Thanks to their output of 9 kWp per unit, solar frames maximize self-consumption of electricity and significantly reduce dependence on thermal generators and other fossil energy sources, representing a saving on fuel costs and a reduction in CO₂ emissions.