Ukraine Factory 240kWh Liquid-Cooled Energy Storage Project
A 240kWh liquid-cooled energy storage system designed to improve temperature control, energy flexibility and intelligent power management for an industrial factory in Ukraine.
- Project Country: Ukraine
- Project Application: Factory Energy Storage
- System Capacity: 240kWh
- Cooling Method: Liquid Cooling
- System Control: Intelligent BMS
A 240kWh Liquid-Cooled ESS for Factory Energy Management
This project deploys a 240kWh liquid-cooled energy storage system at an industrial factory in Ukraine. The factory required a storage solution that could support high-capacity energy management while maintaining stable battery temperatures during repeated charging and discharging. A cabinet-based liquid-cooling architecture was selected to reduce thermal stress, improve temperature consistency and support reliable long-term operation.
By combining liquid-cooled battery storage with intelligent BMS control, the project provides the factory with greater energy flexibility and a scalable foundation for future energy optimization.
Project Requirement
- 240kWh Storage Requirement
- Stable Battery Temperature
- Real-Time System Monitoring
- Reduced Grid Dependence
- Future Expansion Capability
Avepower Solution
- Liquid-Cooled Battery Cabinet
- 240kWh Storage Capacity
- Intelligent BMS Control
- Centralized Monitoring
- Project-Based Configuration
Project Value
- Improved Thermal Stability
- More Efficient Energy Use
- Lower Battery Thermal Stress
- Centralized Operating Visibility
- Scalable Industrial Storage
Why Liquid Cooling Was Selected
Liquid cooling was selected to provide more stable and controlled battery temperatures during repeated charge and discharge operation.
The cooling system transfers heat away from the battery modules through a dedicated liquid-cooling circuit. Compared with conventional air-cooling methods, this approach helps improve temperature consistency throughout the battery cabinet and reduces the risk of localized overheating.
More consistent battery temperatures can reduce thermal stress, support stable charge and discharge performance and help extend the usable service life of the battery system.
240kWh Capacity for Industrial Energy Storage
The 240kWh energy storage capacity provides the factory with a practical platform for storing and distributing electricity according to site operating requirements.
Stored energy can be managed as part of the factory’s wider electrical system, helping improve energy flexibility and reduce dependence on direct grid consumption during selected operating periods.
The cabinet-based architecture also creates a scalable foundation for projects that may require additional storage capacity as factory loads, production schedules or energy strategies change.
Why Choose Avepower for Factory Energy Storage Projects?
Project-Based C&I Energy Storage Configuration
Avepower supports commercial and industrial customers with project-based battery configuration, liquid-cooling cabinet selection, BMS integration, PCS communication and technical documentation.
For an industrial energy storage project, battery capacity alone is not enough. The system must also be matched with the site load profile, PCS power, voltage platform, operating strategy, communication requirements, installation environment and future expansion plan.
Avepower Support
- Liquid-Cooled C&I ESS Solutions
- Factory Energy Storage Configuration
- BMS, PCS and EMS Integration Support
- Communication Protocol Matching
- Project-Based Capacity Selection
- OEM and ODM Customization
- Technical Documents and Commissioning Support
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