The NI Regenerative Grid Simulator System offers ultimate flexibility for testing high-power grid-tied applications, with programmable frequency, power scalability up to 1.2 MW, and versatile AC/DC output options. It returns greater than 85 percent of power to the facility.
Features
100 kW power modules, scalable to 1.2 MW
Configured as regenerative AC/DC grid simulator or four-quadrant AC load
Wide true power operating envelope (voltage and current)
Galvanic isolation: output, channel to channel UUT
Programmable three-phase, split-phase, or single-phase
Highest power density with small footprint
Regenerative AC/DC grid simulator and power amplifier optimized for PHIL application
350 Volts
For IEEE 1547, IEC 62116, IEC 61000-4-11 & more!
50kW, 75kW, 100kW power modules
Modular & scalable AC power from 100kW to 1.2MW
AC Load option: Modules can be configured as Regenerative AC/DC Grid Simulator or 4-Q AC Load
Multiple phase and DC capability covers all utility source and load requirements
Programmable three-phase, split-phase, or single phase
Powerful waveform synthesizer combined with high-resolution digitizer covers extensive test and evaluation requirements.
Ideal for Regulation Testing Standards: UL 1741SA, IEEE 1547, IEC 62116, IEC 61000-4-11(pre-compliance), 4-13, 4-14, 4-28, etc.
The NH Research 9510 is a regenerative grid simulator that delivers modular & scalable power from 50kW up to 1.2MW. NHR 9510 grid simulators lead the industry in grid-tied test applications like solar PV, V2G, and energy storage systems, and feature a built-in power amplifier mode for Power Hardware in the Loop (PHIL). A regenerative AC/DC grid simulation system that can also be reconfigured as a 4-Q AC load, the NH Research 9510 features 50kW, 75kW, and 100kW power modules and is optimized for PHIL applications. The NH Research 9510 grid simulator offers programmable single, split, and three-phase operation; this, combined with its DC test capabilities, covers all utility source and load requirements. NHR 9510 simulators are ideal for fulfilling IEEE 1547, IEC 62116, IEC 61000-4-11(pre-compliance), 4-13, 4-14, 4-28, UL 1741SA, and more regulation test standards.
DC Constant Voltage (CV), Constant Current (CC), Constant Power (CP), Power Amplifier (PHIL), Optional DC Load
Power Max (1ch or 3ch)
50 kW
75 kW
100 kW
200 kW
300 kW
400 kW
500 kW
1000 kW
1200 kW
Current Ranges (Per Ch.)
25, 100A
50, 150A
50, 200A
100, 400A
150, 600A
200, 800A
250, 1000A
500, 2000A
600, 2400A
Current Ranges (1 Ch.)
75, 300A
150, 450A
150, 600A
300, 1200A
450, 2400A
600, 2400A
750, 3000A
1500, 6000A
1800, 7200A
Voltage Ranges
10 - 200, 10 - 400 VDC
Ripple
<400mV RMS (into resistive load)
Power Amplifier Mode
Control Method2
Analog Input ±10V PK-PK amplified to ±247.5V PK-PK (low range) and ±495V PK-PK (high range)
Latency (input-output)
50 uS typical
AC & DC Measurements
Peak Voltage
406V / 724V RMS
Accuracy
0.1% Reading + 0.1% F.S. (AC RMS or DC)
Resolution
0.005% F.S.
Peak Current (per Ch.)
167, 500A per channel
Accuracy
0.1% Reading + 0.1% F.S. (AC RMS or DC)
Resolution
0.005% F.S.
Peak Power
575V / 1050V Peak
Accuracy (kW or kVA)
0.1% Reading + 0.1% F.S. (AC RMS or DC)
Resolution
0.005% F.S.
Add'l Measurements
Energy (Ah, kWh, kVAh), AC Crest Factor, AC Power Factor, True Power (P), Reactive Power (Q), Waveform Capture
Physical
Connectors
2 x ½”inch stud terminals per channel (Total of six) + Ground
Cabinet Dimensions (HxWxD)
78” x 28” x 39″ / 1980mm x 712mm x 990mm
Cabinet Weight
1000lbs/454kg for 50kW cabinet; 1200lbs/545kg (for 75kW and 100kW cabinet)
Operating Temperature
5 - 35°C (up to 95% RH non-condensing)
1 Refer to the gain / frequency graph , 2 THD is tested based on output 480VL-L (277 VL-N) with resistive load, 3 Only 100kW cabinet can support parallel expansion; 50kW for standalone operation only.
* The above specifications show typical configurations & subject to change. See data sheet for full product specifications. Contact NH Research, Inc. for further information.
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