NH Research 9510-50 Regenerative Power Grid Simulator
The NH Research 9510-50 Regenerative Grid Simulator stands at the forefront of testing and verification for high power grid-tied applications, ensuring compliance with global regulatory testing standards. This advanced simulator features a built-in power amplifier mode, optimized for Power Hardware in the Loop (PHIL) applications, making it an exceptional resource for research laboratories.
Key specifications include:
| Power (Max) (1Φ or 3Φ) |
50kW |
| Current Ranges (RMS per Φ) |
25, 112.5A |
| Frequency |
30 – 120Hz |
| Voltage Ranges |
10 - 175, 10 - 350VRMS L-N |
The 9510-50 offers a programmable frequency range of 30Hz to 120Hz, with versatility in output configurations—supporting AC, DC, or AC+DC in single, split, or 3-phase formats. This comprehensive range of power, frequency, and phase options empowers users to effectively test a wide variety of grid-tied products.
One of the standout features of the NH Research 9510-50 is its ability to simulate common power line disturbances, including Low Voltage Ride Through (LVRT) test patterns. This is achieved through an array of macros and user-definable wave shapes, allowing for precise generation of transient anomalies, voltage harmonics, and other irregularities depicted as a single cycle.
Moreover, the 9510-50 functions as a powerful Power Analyzer, offering measurement capabilities for true power (W), reactive power (VARS), apparent power (VA), crest factor (CF), power factor (PF), along with a comprehensive selection of additional measurements. For in-depth analysis, the integrated 125kSample/second digitizer can capture voltage and current waveforms, providing critical insights for various applications.
For those seeking a robust solution for high power grid simulation, the NH Research 9510-50 Regenerative Power Grid Simulator is engineered to deliver precision, flexibility, and unparalleled performance.
See Datasheet for full specifications.
