Application Remote construction site command centres, Disaster emergency hospitals, Geological exploration outposts, Scenic area boutique lodgings and event exhibition halls, Film and television location bases
Parameter 8KW/20KWh
Equipment Container Specifications,Photovoltaic Modules,Photovoltaic Inverter,Energy Storage System
Address US
The modular pod roof-mounted photovoltaic energy storage system represents an innovative new energy building product integrating photovoltaic power generation, intelligent energy storage, and a modular folding structure. It transcends the boundaries between traditional architecture and energy systems, redefining the relationship between ‘living space’ and ‘energy production’ through lightweight, mobile, and carbon-neutral design principles. Whether for outdoor expeditions, disaster relief, eco-tourism, or temporary offices, it enables ‘residence where the light falls, energy at your side.
2.1 Applications
Remote construction site command centres
Disaster emergency hospitals
Geological exploration outposts
Scenic area, boutique lodging, and event exhibition halls
Film and television location bases
2.2 Installed Capacity
Photovoltaic module capacity: 9 kWp
Energy Storage System Capacity: 20 kWh
System Power: 8 kW
2.3 Key Equipment
Container Specifications: 20-foot non-standard container (6058 × 2438 × 2591 mm)
Photovoltaic Modules: Monocrystalline double-glass N-type, 600W per module, 15 modules total, module efficiency 23.2%
Photovoltaic Inverter: 10 kW AC power ×1, single-phase 220V, IP65 (optional)
Energy Storage System: 8 kW power, 20 kWh capacity, natural ventilation cooling
Protection Rating: Container IP54, Modules IP66
Flexible Deployment: Rapid deployment and folding storage, straightforward assembly.
Spatial Flexibility: Modular design enables efficient transport and adaptation to diverse scenarios.
Advanced Protection: IP54/IP66 ratings ensure weather resistance and pressure tolerance, withstanding environmental challenges.
Intelligent Management: Real-time energy monitoring facilitates effortless power allocation.
High-Efficiency Generation: 23.2% module efficiency achieves zero-carbon environmental performance.
Remote construction site command centres, Disaster emergency hospitals, Geological exploration outposts, Scenic area boutique lodgings and event exhibition halls, Film and television location bases
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