NovaCarts Fuel Cell

Powerful fuel cell simulation platform for the validation of Fuel Cell Control Units (FCCUs)


The hardware-in-the-loop (HiL) simulator “NovaCarts Fuel Cell” offers one of the most powerful platforms for the simulation of fuel cells and supports the development of alternative and electrified drives. The modular and scalable HiL system is ideal for validating new functions in Fuel Cell Control Units (FCCUs). In combination with the HiL system “NovaCarts Battery”, functions of the connected battery, such as State-of-Charge (SoC) and State-of-Health (SoH) controls as well as cell balancing can be simulated.

NovaCarts Fuel Cell is suitable for all types of fuel cells and is cost-effective to upgrade with future technologies via firmware updates – ideal conditions for testing current and future Fuel Cell Control Units.

Further Information


  • Extremely versatile: One HiL system for complete and comprehensive FCCU tests for all types of fuel cells.
  • Sustainable: NovaCarts Fuel Cell can easily and quickly be adapted to future requirements through firmware updates.
  • Low-cost customization: The parameters and controllers used for simulation can be modified directly in the software – without costly hardware replacement.
  • High scalability: A modular design and numerous enhancement options allow the system to be adapted to various test requirements (e.g. power emulation / powerless simulation).
  • Shorter commissioning and changeover times: NovaCarts Fuel Cell HiL systems and NovaCarts components can be configured swiftly and easily using the same toolchain.


  • Open and powerful model platform with cycle times of a few microseconds and high I/O dynamics facilitates the development of new FCCU algorithms
  • Use of real parts / dummy loads and rest-bus simulation
  • SAE J2799 simulation
  • High-resolution shunt simulation (16 bit)
  • High signal quality thanks to short and stable connections to the control unit and error simulation directly at the output
  • Resistance simulation for the simulation of temperature sensors with negative or positive temperature coefficients (NTCs and PTCs)


Abdülkerim Dagli
+49 8139 9300-0


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MicroNova AG
Unterfeldring 6
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    +49 8139 9300-0

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