NH Research 9410-72 Grid Simulator, 72kW, 144kVA

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Manufactured by: NH Research

NH Research 9410-72 Regenerative Grid Simulator

Transform Your Testing Capabilities

The NH Research 9410-72 Regenerative Grid Simulator stands out as the most compact and adaptable grid simulator designed specifically for IEEE 1547, UL 1741, LVRT, and similar grid-connected device testing. This cutting-edge simulator serves as a fully-programmable, full 4 quadrant AC source, making it the ideal tool for thorough testing of inverters, UPS systems, and various AC devices.

Key Features and Specifications

Power Configuration: Scalable power modules ranging from 4 kW to 96 kW, with the flexibility to program operation in DC, single-phase, split-phase, or 3-phase.

Dynamic Output: Three output capabilities allowing combinations of DC or single-phase, two-phase, and three-phase AC test channels.

Programmable Control: Each channel allows independent control over AC voltage amplitude, waveform shape, and phase angle relationships, thus facilitating the testing of diverse AC conditions.

Advanced Measurement System: Equipped with a 125k Sample/sec waveform digitizer, capturing transients, harmonics, and various AC disturbances with precision.

User-Friendly Interface: Features a 9” Touch-Panel user interface for seamless operation and real-time monitoring.

Custom Waveform Generation: In addition to standard wave shapes, the simulator enables users to create custom voltage waveforms.

High Accuracy Ranges: Selectable high/low voltage and current ranges to ensure improved measurement accuracy during testing.

Performance Metrics

Output Power: 72 kW, 144 kVA, enabling robust simulation of real-world scenarios.

Output AC Voltage: Adjustable from 0 to 310, 400 VRMS L-N, catering to a wide range of testing environments.

Output Frequency: Supporting DC and a frequency range from 30 to 100 Hz for versatile testing conditions.

Output DC Voltage: Configurable between 200 and 400 VDC, enhancing the simulator’s adaptability.

Efficient Energy Management: The simulator is designed to regenerate and sink power back to the facility, maximizing energy efficiency during tests.

Comprehensive Data Analysis: Hundreds of precision measurements available through its built-in power analysis tools, essentially merging the functionality of digital multi-meters, oscilloscopes, and power analyzers.