Fuel Cell Testing Software Battery Test Lab Control Software

Fuel Cell Testing Software            Battery Test Lab Control Software

Advanced control and automation software for automated fuel cell test systems and battery test labs: Turning data into knowledge.

Advanced control and automation software for automated fuel cell test systems and battery test labs: Turning data into knowledge.

Integrated Lab Management Software

Greenlight offers turn-key lab management software for integrated control and automation of numerous testing components, such as:

  • load banks (B2G regenerative or resistive) from any manufacturer (AeroVironment, TDI, Amrel, Bitrode, Digatron, Kikisui etc.)
  • coolant modules
  • environmental chambers
  • cell voltage monitoring devices (see Greenlight CVM details)
  • diagnostic devices such as AC impedance and cyclic voltammetry

Further options exist for:

  • data management software
  • database solutions
  • central and/or remote control for multiple test stations
  • automated safety monitoring systems with remote monitoring
  • CANBus / Ethernet control: Hardware-in-the-loop (HIL) simulation is available for the development and test of embedded systems.

Fuel Cell Testing Software
Greenlight’s fuel cell test stand control and automation software offers exceptional functionality with a user-friendly graphical interface. Enhanced with our proprietary HyAL™ automation language, HyWARE II comprehensively manages the full range of FCATS™ fuel cell test system parameters. The simple user-friendly interface permits even novices to begin testing in minutes.

Automated 24/7 Dynamic Operation

Forget about simple look-up tables and complex scripting through computer coding languages. The HyAL™ scripting capability allows for the creation of dynamic and complex testing profiles, which can be loaded and run in a safe and reliable manner, completely unattended. No computer programming skills are required, you can simply select from a drop down menu with an intuitive set of English language commands. 

Capabilities include:

  • Nested loops
  • Logic controls including: do-while, case, wait till, etc.
  • Commands to directly control valves, flows, temperatures, pressures, etc.
  • User defined variables
  • Delays, ramping, warning alarm recovery