Energy Assessment
Confirm load profile, ambient conditions, grid constraints, backup target and project objective.
Engineering capabilities
Integrated Engineering for Liquid Cooled BESS
From 261kWh cabinets to containerized systems, our workflow connects system sizing, liquid cooling integration, protection, controls and delivery support.
Engineering support
Define the Right Liquid Cooled System Before Equipment Is Released
Our team reviews load behaviour, ambient temperature, battery power and energy, grid interface, backup duration, installation space, protection and monitoring requirements before confirming the configuration.
Load and generation assessment
Liquid cooled cabinet and container sizing
Protection and single-line review
Thermal and coolant loop planning
EMS and communication mapping
Site and commissioning risk review
Production workflow
Five Steps from Requirement to Delivery
System Design
Coordinate battery modules, liquid cooling loop, PCS, switchgear, protection and controls.
Integration & Assembly
Build the approved cabinet or container configuration with traceable wiring and component checks.
Functional Verification
Verify charging, discharging, alarms, coolant flow, protection, thermal control and EMS operation.
Delivery Support
Complete final inspection, packing, documentation and remote or on-site commissioning coordination.
Customisation
Flexible Configuration for Different Sites and Business Goals
Standard liquid cooled platforms can be configured for specific projects without adding unnecessary complexity.
Energy Configuration
Power, usable capacity, discharge duration, PV ratio and backup reserve.
Cabinet & Container Integration
Enclosure size, liquid cooling method, switchgear, fire protection, cable entry and service access.
Control & Monitoring
EMS strategy, metering points, remote monitoring, alarms and third-party communication interfaces.