Power Battery calculator

How many modules or cells do I need?

Use our calculator to quickly find out how many modules or cells in series/parallel/total you need to place in your battery pack for the desired power.

Battery calculation and comparison sheet

Based on your power needs, this handy Excel file generates an overview of the technical specifications of your battery pack with Power Battery modules versus LiFePo4 batteries.

Want to know the exact specifications for your battery? Download our battery calculation and comparison sheet and compare Power Battery with LiFePo4 batteries.

Discover the benefits of Power Battery's modular battery solutions!

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Download the calculator

Use our calculator to quickly find out how many modules or cells in series/parallel/total you need to place in your battery pack for the desired power.

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The calculation sheet shows

  • Comparison between Li-Ion solutions and LFP solutions
  • Number of modules in series
  • Number of modules in parallel
  • Total number of modules
  • Volume
  • Weight
  • Minimum voltage
  • Nominal spanning
  • Maximum voltage
  • Total available capacity
  • Total available energy
  • Continuous discharge current
  • Maximum discharge current 50% duty cycle
  • Peak discharge current
  • Continuous discharge capacity
  • Maximum discharge capacity
  • Peak discharge power
  • Nominal charging capacity in A and kW
  • Fast charging capacity in A and kW

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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.

Other Technology

Battery Types and Cell Chemistries

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

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Battery modules

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

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Battery packs

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

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Cooling technology

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

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Datasheets

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

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Power Battery calculator

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

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