NH Research 9410-48 Regenerative Grid Simulator
The NH Research 9410-48 Regenerative Grid Simulator stands out as the most compact and versatile grid simulator designed specifically for IEEE 1547, UL 1741, LVRT, and similar grid-connected device testing. This fully-programmable, 4-quadrant AC source is ideal for evaluating inverters, UPS systems, and various AC devices, making it a perfect fit for laboratories and production testing environments.
Advanced Features & Specifications
- Output Power: 48kW, 96kVA
- Output AC Voltage: 0 to 310, 400 VRMS Line-Neutral
- Output Frequency: DC, 30 to 100 Hz
- Output DC Voltage: 200, 400 VDC
- Programmable Modes: Supports 1, 2, or 3-Phase operations
- Operation: Full 4-quadrant AC source operation with individual control for amplitude, wave shape, and phase relationship for each output channel
- Waveform Measurement: High-resolution waveform capture on all voltage and current outputs
- Power Regeneration: Sink power can be regenerated back to the facility
- User Interface: 9” touch-panel for intuitive operation
- Programming: SCPI programming and compatible with NI LabVIEW drivers
Unique Power Module Configuration
The NH Research 9410-48 features scalable power modules ranging from 4 kW to 96 kW, allowing for a spectrum of AC and DC test configurations. Susceptible to phase adjustments, these modules enable the simulator to deliver single-phase, split-phase, or three-phase outputs, facilitating extensive testing conditions to suit user needs.
Expandable Power Capabilities
The versatility of the NH Research 9410-48 extends to power upgrades as needed. Users can enhance their grid simulator's capabilities by incorporating additional 12 kW power modules, ensuring that requirements for more substantial power testing can be met without needing entirely new equipment.
Enhanced Measurement and Waveform Features
Equipped with an advanced built-in measurement system, the 9410-48 provides comprehensive power analysis tools typically associated with high-end digital multi-meters and oscilloscopes. It has the ability to generate both standard and custom voltage wave shapes, incorporating hundreds of precision measurements to assess transients, harmonics, and other AC disturbances effectively.
Improved Voltage & Current Accuracy
The grid simulator allows users to select between high and low ranges for both voltage and current, enhancing measurement accuracy. This nuanced control supports more precise test conditions, catering to both small-scale laboratory experiments and larger-scale production needs.
