Discover how electric aircraft HIL testing de-risks eVTOL powertrains, BMS validation, and full-power PHIL inverter tests on Impedyme's FPGA-based CHP platform.
Learn how HIL testing of BMS replaces risky physical battery testing with FPGA-based cell emulation, fault injection, and PHIL validation at full power.
Validate BMS, traction inverters, and onboard chargers with FPGA-based HIL testing. Microsecond simulation, 256-channel cell emulation, ISO 26262 support.
Learn how battery module and pack testing ensures performance, safety, and reliability. Explore key parameters, test types, standards, and PHIL emulation methods.
Inverter testing validates EV traction and grid-tied inverters for efficiency, safety, and reliability. Learn HIL and PHIL methods, standards, and emulation.
Learn how battery cell testing works—from electrical characterization and abuse testing to EV standards and FPGA-based emulation that closes the validation gap.