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Liquid-cooling for battery energy storages
Key specifications
Coolant flow up to
717
Cooling power up to
120
Coolant temperature
17-22
Benefits
- Continuous operation even during single-unit failure – modular architecture with multiple independent chiller units
- Optimal cooling for diverse battery applications – scalable cooling capacity
- Increased availability – easy replacement of a single chiller unit from the rack
- Flexible upgrades over equipment lifetime – scalable architecture for both newbuilds and retrofits
- Fits into different installation spaces – compact and flexible physical configuration options
- Fast project execution – fully assembled or in sub-assemblies
- Long service life in demanding marine environment – marine‑grade, vibration‑tested rack design
- Energy efficient thermal management – VFD-controlled chiller and pump
- Longer battery life – precise temperature, pressure and flow control
Key features
- Standard 20kW chiller modules configurable up to a total cooling capacity of 120kW
- Coolant flow rates up to 717 l/min
- VFD-controlled chiller modules for precise and independent temperature regulation
- Redundancy achieved through multiple independent chiller modules
- Marine‑grade, vibration‑tested rack design for chiller installation
- Dual chiller modules (2x20kw) stackable vertically within the rack
For more details, please contact our sales:
Sales Manager, Marine
South America, Southern Europe, Western Europe
Sales Manager, Marine
Asia, Central Europe, North America, UK
Sales Manager, Marine
Baltics, Nordics, Poland
Adwatec Academy
Our training and support resources about water cooling.
Power electronics generate heat. This heat is not good for the electrical components in power electronics system and therefore
it needs to be removed from the system.
Water cooling stands out as a superior thermal management solution due to its exceptional energy efficiency and resulting
energy savings, coupled with a compact footprint and near-silent operation; its inherent safety makes it ideal for critical applications like battery cooling, while its robust design ensures reliability in
harsh condition applications, and ultimately, it boasts leading performance in terms of installation and maintenance costs.
