Cooling technology

Advanced liquid cooling

The cooling in existing battery systems is less efficient. Therefore, these systems have to be bigger and heavier to deliver the same performance. Within a limited space, this means less performance and range.

The design of Power Battery's liquid-cooled lithium-ion battery module is based on maximum heat transfer from the cells to the integrated cooling circuitThis results in highly effective temperature control, much better performance and a longer lifespan than commercially available battery solutions currently on the market.

The temperature measurements of the Power Battery solution are shown in the figure below. These values ​​are based on a comparison between the Power Battery “Performance” model and the best available alternative on the market. Both were tested under the same conditions.

But it doesn’t stop there! Our battery packs feature advanced liquid cooling for optimum temperature control – even under the heaviest loads. This maximises performance and extends lifespan, making them the ideal choice for:

  • Electric vehicles (EVs): For maximum range and performance.
  • Industrial applications: Where reliability and safety are crucial.
  • Maritime applications: For sustainable and efficient energy solutions at sea.
  • Racing: Where weight and volume are limiting factors, and maximum performance is required.

Frequently Asked Questions about Power Battery

Superior cooling performance

  • More efficient heat dissipation than air cooling, keeping battery cells at optimal temperature for maximum performance.
  • Prevents thermal degradation and extends battery cell life up to 3 times that of air-cooled systems.
  • Constant temperature control in each cell for consistent performance and safety.

Cost savings

  • Longer life of the expensive battery cells means lower total cost of ownership.
  • Reduced maintenance and replacement costs due to robust, durable cooling solution.
  • Higher energy efficiency than conventional cooling systems for lower operating costs.

Flexible integration

  • Compact, modular designs fit into tight installation spaces.
  • Adaptable to different battery chemistries, sizes and packaging.
  • Seamless integration into existing and new EV powertrain designs.

Sustainability

  • Closed fluid circuit minimizes spills and leaks.
  • Reuse of residual heat for other applications possible.
  • Extends battery life for less waste and pollution.
Battery Types and Cell Chemistries

Four different battery types for various applications. We apply the following cell chemistries.

Battery modules

Our battery modules are available in four variants to meet the specific needs of your application.

Battery packs

Ready-to-use, liquid-cooled lithium-ion battery packs tailored to high power and mobility.

Cooling technology

Our innovative and unique plug & play cooling solution keeps batteries cool during extreme discharge.

Datasheets

Please see our datasheets for full details. We are happy to adapt our modular packs to your application.

3D Models and STEP files

Our battery modules are available in four variants to meet the specific needs of your application.

Power Battery calculator

Our battery modules are available in four variants to meet the specific needs of your application.