APPLICATION
Containerized Hybrid Power Station
Pre-engineered, factory-tested containerized power solutions ready for plug-and-play deployment anywhere in the world.
Containerized Hybrid Power Station
Turnkey Power in a Box
A complete power plant in a standard ISO shipping container. Each unit includes diesel generators, solar inverters, battery storage, switchgear, and SCADA control — all pre-wired, factory-tested, and ready for immediate operation upon delivery.
Ideal for remote mining sites, island microgrids, construction camps, military bases, and disaster relief operations.
Container Specifications
| Container Sizes | 10ft, 20ft, 40ft (standard & high cube) |
| Power Output | 50kW – 2MW per container |
| Battery Capacity | 100kWh – 5MWh |
| Solar Integration | Up to 1MWp |
| Generator | 50kVA-2000kVA diesel/gas |
| Cooling | Forced air + HVAC option |
| Noise Level | <75dB at 7m |
| Deployment Time | Plug & play in <4 hours |
| Compliance | IEC 62271, ISO 668, CSC certified |
24/7
Operation
<4hrs
Deployment
-80%
Install Time
Global
Shipping
Need a Containerized Solution?
Tell us your power requirements. We design, build, and ship worldwide.
What Is a Containerized Hybrid Power Station?
A containerized hybrid power station is a complete solar-battery-diesel power system pre-engineered, factory-built, and tested inside a standard ISO 20ft or 40ft shipping container. It arrives on site ready to connect. The site prep work is reduced to a concrete pad and cable landing.
This approach transforms project timelines. A traditional power plant takes 12-18 months from order to commissioning. A containerized system ships in 8-12 weeks and commissions in 2-4 weeks. Total project time: 3-4 months.
Standard Configuration: 20ft Container
PV INPUT
100-300 kWp
BATTERY
200-500 kWh
DIESEL
100-500 kVA
PCS
100-250 kW
What’s Inside the Container
Power Equipment
- Hybrid PCS (bidirectional inverter)
- MPPT solar charge controllers
- AC distribution panel (LV)
- MV transformer (optional, 6.6-33kV)
- Generator changeover switch
- Surge protection devices
Control & Monitoring
- EMS controller (energy management)
- HMI touchscreen
- SCADA gateway with 4G/IoT
- Power meters and protection relays
- Fire detection and suppression
Battery Storage
- LiFePO₄ battery modules (racked)
- Battery management system (BMS)
- Thermal management (HVAC)
- DC combiner boxes and protection
Container Features
- ISO 20ft or 40ft high-cube
- Insulated walls (50mm rockwool)
- HVAC for climate control
- LED lighting and emergency exits
- Cable entry glands, IP66
- Anti-vibration equipment mounts
- Container lifting points (ISO 1161)
Why Containerize? Five Operational Advantages
🚚 Plug-and-Play
Pre-commissioned at factory. On-site work is just cable connection. Commissioning in days, not months.
📦 Transport-Ready
Standard ISO dimensions. Ships by sea, road, or rail. No oversize permits. Corner castings for any handling equipment.
💧 Climate-Controlled
Insulated walls + HVAC protect batteries and electronics from -30°C to +55°C ambient.
🔨 Modular & Scalable
Start with one container. Add more as load grows. Parallel up to 10 units. No design change needed.
📍 Relocatable
End of mine? End of construction project? Pick up and move to the next site. Capital cost is preserved.
Common Applications
Containerized hybrid power stations are deployed worldwide in:
Mining operations — 50kW-1000MW systems
Telecom towers — 5-50kW per site
Island resorts — 200kW-2MW
Construction camps — 50-500kW
Military bases — Tactical power
Disaster response — Emergency power
Oil & gas fields — 100kW-1MW
Remote villages — First-time electrification
Lifecycle Economics
Containerized systems have compelling economics across the full lifecycle:
- Initial cost: 10-20% higher than stick-built equivalent, but installation savings recover this within the first project
- Installation: 80% reduction in on-site labor hours; no specialist trades required for typical deployment
- Commissioning: 2-4 weeks vs 3-6 months for stick-built. Faster revenue start.
- Operation: 50-80% OPEX reduction (diesel, maintenance, site visits)
- Relocation: Pick up and redeploy—capital cost preserved across multiple project sites
- End of life: 90%+ of components recyclable; battery modules recovered for second-life applications
Customization Options
While we have standard reference designs, almost every project requires some customization. Common customizations include:
- Voltage levels: 380V, 400V, 415V, 480V, 6.6kV, 11kV, 22kV, 33kV
- Frequency: 50Hz or 60Hz
- Color: Standard RAL 7035, custom colors available
- Climate package: Arctic (-40°C) to tropical (+55°C) operation
- Communication: Modbus, IEC 61850, DNP3, 4G/IoT, satellite
- Certifications: CE, UL, ATEX, IECEx, country-specific
- Branding: Custom nameplates, paint, and documentation
Our engineering team works with you to specify exactly what your project needs, then builds to that specification. No two projects are identical—but the underlying platform is proven across 500+ installations.
Frequently Asked Questions
What is a containerized hybrid power station?
A pre-assembled 20 or 40 ft container integrating PV input, storage, hybrid inverter, switchgear and controls. Plug-and-play.
How quickly can it be deployed?
Under 24 hours on a prepared pad after delivery. Each unit is factory-tested and pre-commissioned before shipment.
What capacities are offered?
Scale from about 100 kW to several MW by paralleling containers. Storage and PV are sized to your duty cycle.
Where is it typically used?
Remote communities, mining camps, islands, construction sites and events that need reliable power without grid build-out.