A foldable PV container combines transport, structure and modules in one compact unit. At destination, the solar field unfolds to create a ground-mounted plant quickly.
Reduce work on site
A large share of the system is prepared before delivery. This principle reduces assembly work, limits crew mobilisation and supports projects with time or access constraints.
The solution suits construction sites, logistics bases, mines, events, farms and microgrids. It can supply local loads or complement an existing energy source.
Build a modular energy architecture
The container can integrate an inverter, energy management and remote monitoring. Storage shifts part of the generation into the evening and supports autonomous operation.
Multiple units can be combined to increase capacity. Sizing depends on load profile, solar resource, required autonomy, grid quality and deployment area.
Keep mobility as a design criterion
Transportability creates flexibility, while ground conditions, anchoring, cabling and electrical protection still require a site-specific assessment.
The preliminary study defines logistics, deployed footprint, load connection and operating strategy.
Informational content prepared by Lionberry Energy. Project sizing, pricing, performance and contractual structure are confirmed only after site assessment and approval by the parties.
