200kWh / 120kW Containerized Energy Storage EV Charging Station | DC Fast Charging System

1. High-Capacity 200kWh Energy Storage + 120kW DC Fast Charging

The system integrates a 200kWh lithium iron phosphate (LiFePO4) battery energy storage system with a 120kW DC fast charging output.

• Stable 120kW DC charging power
• Wide current range: 0–250A
• Supports fast charging up to 80% in approximately 30 minutes
• Suitable for passenger EVs, light trucks, and electric machinery

It ensures reliable high-power charging for commercial and fleet applications.

2. Wide Voltage Compatibility (DC 200V–1000V)

The system supports a broad voltage range from DC 200V to 1000V, covering most electric vehicle platforms on the market.

Compatible charging standards include:

• GB/T (China)
• CCS1 / CCS2 (Europe & North America)
• CHAdeMO (Japan)

It can be customized for international deployment and mixed fleet operations.

3. Dual Energy Input and Flexible Charging Modes

The system supports multiple energy replenishment methods:

• AC grid charging (three-phase input)
• External DC charging input

This ensures continuous operation even in areas with limited grid conditions.

Additionally, it supports both DC fast charging and AC output, enabling emergency power supply for equipment and field operations.

4. Industrial-Grade Containerized Design

Built with a rugged container structure, the system is designed for harsh environments:

• IP54 protection rating
• Operating temperature: -10°C to 60°C
• Forklift and crane lifting compatible
• Standardized dimensions: 2600 × 1250 × 1300 mm (approx.)
• Total weight: ~2500 kg

It is suitable for outdoor deployment in ports, mines, construction sites, and industrial parks.

5. Intelligent Commercial Energy Management System

The system integrates an advanced EMS (Energy Management System) with OCPP1.6J communication protocol:

• Real-time monitoring via 10-inch touchscreen HMI
• Remote cloud-based management via 4G connectivity
• Automated billing and user authentication (QR code / card / password)
• Charging session tracking and data export
• Compatibility with global charging platforms

It enables fully unattended commercial operation.

6. Peak-Valley Energy Optimization and Cost Reduction

The EMS system supports intelligent energy strategies:

• Off-peak electricity storage
• Peak shaving during high-demand periods
• Energy cost optimization
• Grid load balancing

This significantly reduces operational electricity costs and improves ROI for charging operators.

7. Multi-Layer Safety Protection System

Safety is ensured through a comprehensive protection architecture:

• A-grade LiFePO4 battery cells (no second-life batteries)
• Overcharge / over-discharge / overcurrent protection
• Short circuit and leakage protection
• Temperature monitoring and thermal management system
• Lightning and emergency shutdown protection

The system is designed for long-term stable commercial operation.

8. Wide Application Scenarios

This containerized EV charging station is widely used in:

• Logistics fleet charging hubs
• Port and heavy-duty truck charging stations
• Industrial parks and commercial EV stations
• Construction and mining sites
• Temporary events and emergency power supply
• Weak-grid or off-grid regions

9. Commercial Value

The system provides a scalable infrastructure investment model:

• Reduces transformer and grid expansion costs
• Enables fast deployment of EV charging networks
• Supports energy arbitrage business models
• Improves asset utilization through mobile and flexible deployment

It is ideal for charging operators, energy service companies, and infrastructure investors.