Learn how battery cell testing works—from electrical characterization and abuse testing to EV standards and FPGA-based emulation that closes the validation gap.

How an HVDC power grid works—from LCC and VSC converters, DC protection, and SiC devices to validating converters with FPGA-based PHIL testing.

Learn how DC-DC converter testing proves efficiency, stability, and protection across the full operating envelope using Power Hardware-in-the-Loop.

Battery management system testing with FPGA-based HIL and battery cell emulation. Run fault injection, SOC/SOH validation & ISO 26262 BMS tests safely.

AI workloads create massive, synchronized power swings. Impedyme's real-time HIL platforms validate your data center power systems before grid connection.

Discover how DC fast chargers convert grid AC to battery DC, the standards that govern them, and how Impedyme validates chargers safely without a real battery.

Learn how to perform accurate data center PSU and powershelf testing using grid emulator, real-time AC/DC loads, and PHIL for high-fidelity power validation.

Learn how Impedyme de-risks hyperscale data center interconnections using grid stability simulation, digital twins, and Hardware-in-the-Loop testing.

Explore how Impedyme’s grid simulator and PHIL systems enable realistic, energy-efficient testing for inverters, storage, and renewable power systems.