eHS

Avoid instabilities and the manual struggles of artificially decoupling networks. Run up to 21 3-phase converter models (128 switches) or 250 grid nodes @ 500 ns on the same target.

625 picosecond oversampling with interpolating converter models ensures the highest sampling resolution and accuracy available on the market, with switching frequencies as high as 500 kHz, a must for HIL simulation.

eHS ensures ultra-low latency from PWM inputs to analog outputs—critical for accurate, high-speed HIL control and precise system response.

Connect multiple FPGA-based simulators and offload larger system modeling to the CPU. Efficient parallelization lets the FPGA handle high-frequency switching while the CPU manages broader system dynamics.

Our built-in schematic editor is an intuitive graphical interface designed to simplify the development of power electronics models. Fully integrated with OPAL-RT and NI real-time simulation platforms, it provides a seamless workflow from circuit design to real-time deployment.

Apply parameter sets to simulate different scenarios and fault conditions in a safe, controlled environment. Make on-the-fly changes without reloading or recompiling—saving valuable time and effort.

Leverage optimized models of Permanent Magnet Synchronous Machine (PMSM – IPM – BLDC- SPM), Induction Machines (DFIG – DFIM – Squirrel Cage Induction Machine), and Switched Reluctance Machines. Discover our FPGA Electric Machine Library

Test traveling wave relays with the only solution on the market that simulates grid models at sub-microsecond time steps, using constant parameter and frequency-dependent line models, and 10 MSPS analog outputs on cutting-edge FPGA hardware.