Learn how hardware in the loop testing validates microgrid controllers, solar inverters, and protection relays with FPGA-based real-time simulation.

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 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.

Impedyme 的兆瓦级 PHIL 能够实现对组网型控制的高精度测试，为可再生能源系统提供可靠、高保真度的验证能力。

通过 Impedyme 的再生电网仿真器、自动化软件及 IEC 61000 支持，探索先进的电磁兼容 (EMC) 测试解决方案。

探索 Impedyme 在谐波测试、合规验证及电网仿真方面的先进解决方案——确保测试的高精度、高效率，并符合 IEEE 519 标准。

Impedyme 的 GridSim Studio 提供基于 FPGA 精准度的实时电网阻抗建模，是进行 PHIL 测试和精确电力系统仿真的理想选择。