LIQUID COOLING
FOR BATTERY ENERGY
STORAGE SYSTEMS
(BESS)

Protect your batteries. Maximize Uptime.

In battery energy storage systems, effective cooling is critical—it directly impacts performance, lifespan, and operational safety. Lithium-ion batteries are especially sensitive to temperature, performing best around 68°F; a rise of just 20°F can reduce their lifespan by 20%, and at 113°F, that lifespan can be cut in half. Pfannenberg brings over 70 years of thermal management expertise and a deep understanding of energy storage applications to every solution we design. Whether you’re powering an off-grid system or managing a compact, high-density BESS installation, our cooling technologies are built to maintain ideal battery temperatures and ensure efficient, reliable operation in any environment.

Liquid Cooling BESS Flyer

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Liquid Cooling for Compact BESS

DMC 8.0

The DMC 8.0 is a high-performance, door-mounted liquid chiller designed for compact battery energy storage systems and other demanding applications. With advanced features and flexible installation, it ensures precise temperature control and long-term reliability.

8 kW cooling capacity with inverter-driven compressor for energy efficiency
Integrated 2 kW heater to maintain performance in cold conditions
Variable fan speed for reduced noise
Communication via Modbus TCP/RTU and Ethernet
Operates in ambient temperatures from –25 °C to +55 °C
IP55-rated corrosion-resistant enclosure
UL and CE certified for global use
Top-mounted hydraulic and electrical connections for easy integration
Option for recessed installation to save interior space

DMC 8.0 Product Application

DMC 8.0 Product Overview

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Liquid Cooling for Off-Grid BESS

VLV 4 & 12

The Pfannenberg VLV 4 & 12 is a compact, high-efficiency liquid chiller designed specifically for off-grid, portable or remote applications, delivering reliable cooling without the need for an external power supply or transformer. With 4 kW & 12 kW cooling capacity and direct compatibility with up to 800 VDC battery systems, it provides efficient, self-sufficient thermal management in remote or mobile environments.