Project Introduction
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Project Name: Deployment of Two 261 kWh BESS Units at Electric Vehicle Charging Station
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Location: Phu Tho Province, Vietnam
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Implementation Time: October 2025
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Implementing Unit: GG Industries
2. Project Objectives
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Stabilize charging capacity during peak hours at the EV charging station.
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Reduce electricity costs by storing energy during off-peak hours and using it during peak demand.
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Improve efficiency in utilizing renewable energy sources (if solar power is integrated).
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Help reduce grid load in the area and enhance operational reliability.
3. Technical Specifications
| Item | Specifications |
|---|---|
| System capacity | 261 kWh |
| Battery type | Lithium-ion (LFP) |
| PCS (Power Conversion System) | 125 kW |
| Features | Bi-directional charging/discharging, smart EMS control |
| Monitoring system | Remote access via IoT platform |
| Safety protection | Integrated BMS, fireproof, short-circuit & overvoltage protection |
4. Challenges & Solutions
Challenges:
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High and fluctuating EV charging loads put pressure on the local grid.
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Limited capacity of medium-voltage power lines in the area.
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Safety must be ensured when integrating battery storage with fast DC charging systems.
Solutions:
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Optimize the design using distributed energy storage architecture.
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Integrate an Energy Management System (EMS) for intelligent power coordination.
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Install remote monitoring systems with early warning for battery and system status.
5. Achieved Results
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Reduced station operating costs by up to 30% through off-peak energy usage.
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Ensured 100% stable charging output during peak hours without interruptions.
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Alleviated grid load by approximately 250 kW during peak demand periods.
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Enhanced the green, clean, and modern image of Phu Tho’s urban infrastructure.
