Europe 4x120kW / 200kWh Liquid-Cooled Energy Storage System with Dual EV Charging Guns
To support Europe’s transition toward clean transportation and renewable energy utilization, our engineering team delivered a high-performance 120kW/200kWh liquid-cooled energy storage charging solution for a new energy application project.
Project Overview
Location: Europe
Application: Renewable Energy + EV Charging Infrastructure
System Capacity: 120kW Power / 200kWh Battery Storage
Solution: Liquid-Cooled Commercial & Industrial Energy Storage System with Dual Charging Guns
Deployment: 2026
To support Europe’s transition toward clean transportation and renewable energy utilization, our engineering team delivered a high-performance 120kW/200kWh liquid-cooled energy storage charging solution for a new energy application project.
The integrated system combines battery storage, intelligent energy management, and dual EV charging capability, providing a reliable and efficient power solution for electric vehicle charging scenarios with high-power demand.
Project Background
With the rapid growth of electric vehicles in Europe, charging infrastructure operators are facing increasing challenges:
- Limited grid capacity for high-power charging
- High electricity demand during peak charging periods
- Pressure to integrate renewable energy sources
- Need for stable charging performance in cold climate conditions
The customer required a compact and reliable energy storage solution that could reduce grid pressure, improve charging efficiency, and enable flexible energy management.
System Solution
Based on the customer's requirements, we designed and deployed a 120kW / 200kWh Liquid-Cooled All-in-One ESS.
The system integrates:
200kWh Lithium Iron Phosphate (LFP) battery system
120kW high-power PCS
Liquid cooling thermal management system
Intelligent EMS energy management platform
Dual EV charging outputs
Energy Flow
Renewable Energy / Grid Power⇒Energy Storage System (200kWh Battery)⇒Smart Energy Management System⇒Dual EV Charging Terminals
The ESS automatically manages charging and discharging strategies according to electricity demand, grid conditions, and charging schedules.
Key Engineering Features
1. Advanced Liquid Cooling Technology
Unlike traditional air-cooled systems, the liquid cooling design provides:More uniform battery temperature control;Improved battery cycle life;Higher safety and reliability;Stable operation under extreme weather conditions.This makes the system especially suitable for Nordic markets, where outdoor temperature variations can be significant.
2. Integrated Energy Storage + EV Charging
The all-in-one design combines energy storage and charging infrastructure into a single solution.
Advantages:
✔ Reduced installation complexity
✔ Lower grid upgrade requirements
✔ Faster project deployment
✔ Flexible charging capacity expansion
The dual charging outputs allow multiple EVs to charge simultaneously, improving charging station utilization.
3. Smart EMS Energy Management
The built-in EMS enables:Peak shaving and valley filling;Dynamic power allocation;Intelligent charging scheduling;Remote monitoring and operation;Energy consumption optimization.
The system can prioritize renewable energy usage and reduce dependence on expensive peak electricity.
Project Benefits
⚡ Improved Charging Capability
The energy storage system provides additional power support during high-demand charging periods without requiring major grid expansion.
🌱 Higher Renewable Energy Utilization
Stored renewable electricity can be used for EV charging, increasing clean energy consumption.
💰 Reduced Electricity Costs
Through intelligent peak-valley energy management, the system helps reduce operational electricity expenses.
🔋 Enhanced System Reliability
Liquid cooling technology ensures stable operation and extends battery service life.
Engineering Conclusion
This Europe project demonstrates the potential of integrated energy storage and EV charging solutions in European renewable energy markets.
By combining 200kWh battery storage, 120kW power output, liquid cooling technology, and intelligent EMS control, the solution provides EV charging operators, commercial facilities, and renewable energy investors with a scalable and future-ready energy infrastructure.
