NH Research 9510-300 Regenerative Power Grid Simulator
The NH Research 9510-300 Regenerative Grid Simulator stands at the forefront of testing solutions for high power grid-tied applications, engineered to meet regulatory testing standards globally. Designed for advanced research labs, this simulator features a built-in power amplifier mode, making it ideal for Power Hardware in the Loop (PHIL) applications. Experience the power of flexibility with programmable frequency options ranging from 30Hz to 120Hz.
The NH Research 9510-300 offers versatile output configurations, supporting AC, DC, or AC+DC outputs, with options for single, split, or 3-phase AC. This extensive range empowers users to effectively test a broad spectrum of grid-tied products, ensuring comprehensive validation against industry standards.
Enhancing testing capabilities, the 9510-300 can directly simulate common power line disturbances, including Low Voltage Ride Through (LVRT) test patterns. Users can leverage a combination of macros and user-defined wave shapes to generate outputs that mimic transient anomalies, voltage harmonics, or other irregularities in a single cycle. Additionally, the simulator functions as a powerful Power Analyzer, enabling precise measurement of true power (W), reactive power (VARS), apparent power (VA), crest factor (CF), power factor (PF), and an array of other vital metrics. For in-depth analysis, an internal 125kSample/second digitizer captures voltage and current waveforms, catering to the most discerning evaluation needs.
Specifications for the NH Research 9510-300 Regenerative Power Grid Simulator:
| Power, Max (1Φ or 3Φ) |
300kW |
| Current Ranges (RMS per Φ) |
150, 675A |
| Frequency |
30 – 120Hz |
| Voltage Ranges |
10 - 175, 10 - 350VRMS L-N |
For a deep dive into the full specifications and capabilities of the NH Research 9510-300 Regenerative Power Grid Simulator, refer to the detailed datasheet.
