The foldable PV power cabin (rail-type) is a container-based system that ingeniously integrates photovoltaic power generation equipment. Its distinctive feature lies in the solar power generation modules mounted on a set of foldable frames, which can be easily deployed or retracted as required. This energy system can be conveniently installed on trailers or flatbed trucks, offering flexible deployment options for various locations. Featuring a modular and scalable design, the system is well-suited for a wide range of power demand scenarios.

It enables rapid deployment within minutes without the need for on-site solar engineers, providing a practical and reliable power solution for temporary power supply and remote area operations in fields including national defense, mining, large-scale events, humanitarian relief and disaster emergency response, film and television production, and construction engineering. As a complete mobile energy system, the foldable PV power cabin (rail-type) realizes photovoltaic power generation through plug-and-play technology, requiring no on-site engineering commissioning or professional technical personnel throughout operation, and can adapt to diverse complex environments.

The solar power generation units of the system are ready for immediate installation and use, with all components (including support structures, inverters and power distribution cabinets) pre-wired and integrated. Consequently, this solution is highly suitable for fast implementation in both grid-connected and off-grid self-consumption applications.

Models

✅ Agriculture and Water Resource Management

✅ Remote Charging Stations

✅ Construction Sites and Industrial Zones

✅ Emergency Areas

✅ Large-Scale Events and Functions

✅ Energy Companies

✅ Communities and Refugee Camps

✅ Mining and Military Applications

Total Weight (Ton): 5

Power Cabin Type: 8GPF ×1

PV Array Capacity (Pmax /kWp): 22.68 (20~25)

PV Module Type (W): 630W ×36 (550~650)

String Inverter (kW): 20 ×1

Mounting Structure (Modules per String): 1×36

Fully Deployed Dimensions (L×W×H /m): 56×2.3 (2.9) ×0.6 (2.2)

System Footprint (m²): 126 (56×2.25)

Full Deployment Time (min): 60

Full Retraction Time (min): 50

Required Installation Personnel (Persons): 4

✅ Agriculture and Water Resource Management

✅ Remote Charging Stations

✅ Construction Sites and Industrial Zones

✅ Emergency Areas

✅ Large-Scale Events and Functions

✅ Energy Companies

✅ Communities and Refugee Camps

✅ Mining and Military Applications

Total Weight (Ton): 8

Power Cabin Type: 10GPF ×1

PV Array Capacity (Pmax /kWp): 40.32 (40~45)

PV Module Type (W): 480W ×84 (480~520)

String Inverter (kW): 40 ×1

Mounting Structure (Modules per String): 2×42

Fully Deployed Dimensions (L×W×H /m): 89×2.4 (3.0) ×0.8 (2.6)

System Footprint (m²): 212 (89×2.38)

Full Deployment Time (min): 80

Full Retraction Time (min): 60

Required Installation Personnel (Persons): 4

✅ Agriculture and Water Resource Management

✅ Remote Charging Stations

✅ Construction Sites and Industrial Zones

✅ Emergency Areas

✅ Large-Scale Events and Functions

✅ Energy Companies

✅ Communities and Refugee Camps

✅ Mining and Military Applications

Total Weight (Ton): 13

Power Cabin Type: 20GPF ×1

PV Array Capacity (Pmax /kWp): 80.64 (80~90)

PV Module Type (W): 480W ×168 (480~520)

String Inverter (kW): 80 ×1

Mounting Structure (Modules per String): 4×42

Fully Deployed Dimensions (L×W×H /m): 89×4.7 (6.0)×0.8 (2.6)

System Footprint (m²): 421 (89×4.73)

Full Deployment Time (min): 120

Full Retraction Time (min): 80

Required Installation Personnel (Persons): 4

✅ Agriculture and Water Resource Management

✅ Remote Charging Stations

✅ Construction Sites and Industrial Zones

✅ Emergency Areas

✅ Large-Scale Events and Functions

✅ Energy Companies

✅ Communities and Refugee Camps

✅ Mining and Military Applications

Total Weight (Ton): 16

Power Cabin Type: 20HQ ×1

PV Array Capacity (Pmax /kWp): 99.96 (100~110)

PV Module Type (W): 595W ×168 (585~650)

String Inverter (kW): 100 ×1

Mounting Structure (Modules per String): 4×42

Fully Deployed Dimensions (L×W×H /m): 104×4.7 (6.0)×0.9 (2.9)

System Footprint (m²): 492 (104×4.73)

Full Deployment Time (min): 150

Full Retraction Time (min): 100

Required Installation Personnel (Persons): 4

✅ Agriculture and Water Resource Management

✅ Remote Charging Stations

✅ Construction Sites and Industrial Zones

✅ Emergency Areas

✅ Large-Scale Events and Functions

✅ Energy Companies

✅ Communities and Refugee Camps

✅ Mining and Military Applications

Total Weight (Ton): 27

Power Cabin Type: 40HQ ×1

PV Array Capacity (Pmax /kWp): 161.28 (160~180)

PV Module Type (W): 480W ×336 (480~520)

String Inverter (kW): 80 ×2

Mounting Structure (Modules per String): 4×84

Fully Deployed Dimensions (L×W×H /m): 89×10.5 (12.0)×0.8 (2.9)

System Footprint (m²): 935 (89×10.5)

Full Deployment Time (min): 180

Full Retraction Time (min): 120

Required Installation Personnel (Persons): 6

✅ Agriculture and Water Resource Management

✅ Remote Charging Stations

✅ Construction Sites and Industrial Zones

✅ Emergency Areas

✅ Large-Scale Events and Functions

✅ Energy Companies

✅ Communities and Refugee Camps

✅ Mining and Military Applications

Total Weight (Ton): 32

Power Cabin Type: 40HQ ×1

PV Array Capacity (Pmax /kWp): 199.92 (200~230)

PV Module Type (W): 595W ×336 (585~650)

String Inverter (kW): 100 ×2

Mounting Structure (Modules per String): 4×84

Fully Deployed Dimensions (L×W×H /m): 104×10.5 (12.0)×0.9 (3.1)

System Footprint (m²): 1092 (104×10.5)

Full Deployment Time (min): 220

Full Retraction Time (min): 150

Required Installation Personnel (Persons): 6