Product Description
The UE Containerized Energy Storage System is a modular, grid-ready battery solution designed for large-scale renewable and industrial energy projects.
Built within standardized shipping containers, the system consolidates battery storage, power conversion, safety mechanisms, and intelligent control into a single deployable energy unit.
This modular architecture simplifies transportation, accelerates installation, and enhances scalability while maintaining high operational reliability.
It is suitable for:
- Utility-scale renewable plants
- Industrial energy optimization projects
- Grid-support and ancillary services
- Microgrid development
- Remote and island energy systems
Multiple containers can be interconnected to form multi-MWh storage plants according to project capacity requirements.
Technical Structure Overview
System Components
| Component | Function |
|---|---|
| Battery Modules | LFP lithium storage units |
| PCS | Bidirectional energy conversion |
| BMS | Multi-level battery protection |
| EMS | Centralized energy dispatch control |
| HVAC | Temperature regulation |
| Fire System | Automatic fire suppression |
| Distribution Cabinet | AC/DC integration |
Configuration Flexibility
| Item | Description |
|---|---|
| Container Options | 20GP / 40HQ |
| Energy Scale | MWh-level configurable |
| Power Scale | kW–MW customizable |
| Scalability | Multi-container parallel support |
| Installation | Outdoor deployment |
Typical Applications
- Solar farm energy storage
- Wind power integration
- Industrial energy parks
- Grid frequency control projects
- Hybrid renewable microgrids
- Remote power infrastructure
🔋 High-Density LFP Battery Technology
Utilizes Lithium Iron Phosphate chemistry offering:
- Long service life
- High thermal stability
- Low degradation rate
- Modular rack configuration
- MWh-level scalability
Designed for long-duration and high-cycle applications.
⚡ Configurable Power & Energy Capacity
System design supports:
- Customizable power ratings (kW to MW scale)
- Flexible energy capacity (MWh level)
- Parallel multi-container expansion
Adaptable to specific project load profiles and grid requirements.
🛡️ Layered Safety Architecture
Comprehensive protection strategy including:
- Cell-level monitoring
- Rack-level BMS management
- System-level EMS supervision
- Intelligent fire detection and suppression
- Active thermal management
Engineered to meet industrial safety standards.
🌡️ Industrial-Grade Environmental Control
Equipped with:
- Integrated HVAC system
- Internal temperature balancing
- Environmental monitoring
Ensures reliable operation in high-temperature, coastal, or desert environments.
🌐 Advanced Energy Management & Grid Interaction
Supports:
- Peak load shifting
- Frequency regulation
- Voltage stabilization
- Renewable output smoothing
- Microgrid coordination
- Energy arbitrage strategies
Seamless integration with photovoltaic and wind systems.
