Regenerative Grid Simulator 100kW up to 1.2MW – Model 9510

Industry Leading Grid Simulator with Power Hardware in the Loop for Testing and Verification of Grid-Tied applications such as Solar PV, Energy Storage Systems, V2G & More!

Features

  • Regenerative AC/DC Grid Simulator and Power Amplifier optimized for PHIL applications
  • 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
  • Widest True-Power Operating Envelope (Voltage and Current)
  • Galvanic Isolation – output, channel to channel UUT
  • Highest power density with small footprint
  • 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.
Regenerative Grid Simulator Model 9510 - NH Research (NHR)

Applications

The 9510 Regenerative Grid Simulator is the industry leading solution for testing and verification of high-power grid-tied applications in compliance with regulatory testing standards, worldwide. The 9510 has a built-in power amplifier mode for Power Hardware in the Loop (PHIL) applications providing further testing and simulation capability ideal for research labs. Modular and scalable power is available in 100kW modules up to 1.2MW. Programmable frequency is between 30Hz and 120Hz. The output can be AC, DC, or AC+DC and the AC can be single, split or 3-Phase. With this wide range of power, frequency, and phase configuration options, the 9510 provides the ultimate flexibility to test the broadest selection of grid-tied products.

Applications include engineering development, compliance verification and manufacturing for all utility grid tied products. Immediate applications for: Distributed Energy Resources, Energy Storage Systems, Solar PV, & Vehicle to Grid (V2G) test, evaluation, and certification

Chart: 9510 Maxpower Delivered at 150VAC L-N - NH Research (NHR)
9510 Maxpower Delivered at 150VAC L-N

Advantages and Benefits

Advantages

  • Regenerative AC/DC Grid Simulator and Power Amplifier optimized for PHIL applications
  • Modular & Scalable AC Power from 100kW to 1.2MW
    - Same unit can act as master or parallel auxiliary unit
    - Field expandable for future increased power demands
  • Widest True-Power Operating Envelope
    - Wide range of power factors
    - Wide range of voltage (150V to 350V with full power)
    - Provides extra current for different voltage grid tied products
  • Configuration flexibility:
    - Output can be AC, DC, or AC+DC
    - AC can be single, split or 3-Phase
    - Full DC Output Power
  • Fully Isolated Design:
    - Facility to output and channel to channel
    - High voltage remote sense up to 1286VL-L
  • Independent voltage and current measurement range provides enhanced measurement accuracy

Benefits

  • Scalable power available from 100kw modules up to 1.2MW for future increased power demands. Same unit can act as the master or parallel auxiliary unit.
  • Widest true power operating envelope covers the broadest selection of grid-tied products with a single product. (Voltage: 150V to 350V with full power)
  • Power Amplifier mode for PHIL with low latency at 50μs enables emulation of real-world conditions
  • High accuracy current measurement increases performance and optimizes testing.
  • Built-in galvanic isolation eliminates the need for an external transformer and simplifies test set-up.
Diagram: 9510 Amplifier Mode Power Hardware in the Loop with Low Latency
Diagram: 9510 Amplifier Mode for PHIL with Low Latency

Amplifier Mode for PHIL with Low Latency

The 9510 is externally controllable via a low latency, per-phase analog input. This feature amplifies control signals from real-time simulation systems for Power Hardware In the Loop (PHIL) testing. The dual range output ensures the maximum flexibility and accuracy in PHIL simulations.

LVRT & Area Electrical Power System Disturbance Simulation

The 9510 Grid Simulator can directly simulate common power line disturbances, such as Low Voltage Ride-Through (LVRT) test patterns, through a combination of macros and user-definable wave shapes. Macros are pre-programmed sequences of settings where which entered through a menu driven interface, downloaded to the grid simulator, and are executed to provide precise control of the output(s). This method is used to generate LVRT test patterns, sub-cycle, and multi-cycle changes to the output covering nearly every need.

Chart: 9510 Low Voltage Ride-thru - NH Research (NHR)
LVRT as per 1547.1:2020 Section 5.4.4

Example Waveforms

Simulate a wide range of waveforms including LVRT patterns, transient anomalies, voltage harmonics, or any other irregularity which can be drawn as a single cycle.

Chart: 9510 Low Voltage Ride-thru Profile - NH Research (NHR)
9510 Low Voltage Ride-thru (LVRT) Profile
Chart: 9510 Distorted Waveform Harmonics - NH Research (NHR)
Distorted Waveform with Harmonics
Chart: 9510 Sub Cycle Transient - NH Research (NHR)
Sub-cycle Transient
Simulating Abnormal Voltages - NH Research (NHR)
Voltage/Frequency Variation

Testing Applications

Applications:

  • E-mobility
  • Smart Grid
  • Utility Grid
  • Energy Storage
  • Solar Photovoltaic
  • Research
  • Power HIL
  • IEC Testing
Ideal for regulation testing standards: UL 1741SA, IEEE 1547 or similar grid-tied standards worldwide.

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