Protection&Control Transmission Line Protection Busbar Protection Transformer Protection Circuit Breaker Protection Generator Protection Feeder Protection Capacitor Protection Motor Protection Transfer & Synchronization Arc Protection
Digital Substation PCS-221S Merging Unit PCS-221 Merging Unit PCS-222 Circuit Breaker Controller PCS-9250 AC Electronic CT/VT
Automation PCS-9700 Automation System PCS-9700 HMI Software PCS-9705 Bay Control Unit PCS-9705S Bay Control Unit PCS-9799 Station Manager PCS-9799S Station Manager PCS-9710 Remote Terminal Unit PCS-9710S Remote Terminal Unit PCS-9794 Protocol Converter PCS-9785 Satellite-Synchronized Clock PCS-9882 Ethernet Switch PCS-9882Rx DIN Rail Managed Ethernet Switch PCS-9882XD Managed Ethernet Switch PCS-9884 Managed Ethernet Switch Supporting HSR and PRP MUX-2M/64 Communication Interface
Phasor Measurement PCS-997S Fault Line Locator PCS-996S-G Phasor Data Concentrator PCS-996 Phasor Measurement Unit
Disturbance Fault Recording PCS-996RC Disturbance Fault Recorder PCS-996R Disturbance Fault Recorder PCS-986 Disturbance Fault Recorder PCS-9013 DFR Management System
Stability Control System PCS-992 Power Stability Control System PCS-993 Out-of-Step Controller PCS-994 Frequency & Voltage Controller PCS-994S Frequency and Voltage Controller
Power Grid Monitoring and Control PCS-9000 Energy Management System PCS-9000 Distribution Management System
Configuration Tool PCS-Torch MOT Tool PCS-Studio Configuration Tool PCS-Explorer IED Configuration & Debugging Tool PCS-SCD Configuration Tool PCS-COMM Configuration & Debugging Tool
Accessories MD1501 Series Auxiliary Relays MD1701 Series Test Blocks MD1701S Test Block
FACTS PCS-9580 Static Var Compensator PCS-9583 Static Synchronous Compensator PCS-9570 Series Compensation PCS-9590 DC De-Icer PCS-9578 Controllable Shunt Reactor PCS-8200 Unified Power Flow Controller PCS-9571 Fault Current Limiter PCS-9564A Dynamic Voltage Restorer PCS-9569 Shore Power System
HVDC PCS-8600 UHVDC Converter Valve System PCS-9550 LCC-HVDC Control and Protection System PCS-8100 VSC-HVDC IGBT Valve PCS-9520 VSC-HVDC Control and Protection System PCS-9510 Cooling System PCS-8300 High-voltage DC Circuit Breaker PCS-9250 DC Electronic CT/VT
PV & Wind Power Grid-Connection PCS-9700 Renewable Energy SCADA PCS-9726 Generation Management Unit PCS-9700F Power Forecast System PCS-9700R AGC/AVC
Battery Energy Storage System PCS-9567MV-10000 Medium Voltage Skid PCS-9567MV-7000 Medium Voltage Skid PCS-9567MV-5000 Medium Voltage Skid PCS-9567MV-3500 Medium Voltage Skid PCS-9567-2500 Twin Power Conversion Systems PCS-9567-1750 Power Conversion System PCS-9567-1750 電力変換システム PCS-9567 Power Conversion System Vulnerability Disclosure Policy PCS-9567 パワーコンディショナー脆弱性開示ポリシー
Microgrid PCS-9617MG Microgrid Controller
Static Frequency Converter PCS-9575 Static Frequency Converter
Protection,Automation&Control DMS EMS Stability Control & WAMS Digital Substation
HVDC & FACTS De-Icing Unified Power Flow Controller (UPFC) Series Compensation Static Synchronous Compensator(STATCOM) Static Var Compensator (SVC) LCC-HVDC Transmission VSC-HVDC Transmission
Renewable & Microgrid Energy Storage System Microgrid PV Generation SFC
Power Generation Pumped Storage Power Plant Nuclear Power Plant Hydro Power Plant Thermal Power Plant
Transmission System AC Transmission LCC-HVDC Transmission VSC-HVDC Transmission
Distribution System Distribution Network
Industrial Consumer Urban Track Traffic Electrified Railway Oil & Petrochemical Metals & Mining
The grid-forming vanadium flow battery energy storage project at the Xinhua Hydropower Wushi Energy Storage Power Station, which was supplied by NR Electric, successfully passed the artificial short-circuit test in one go. This marks the first grid-forming vanadium flow battery energy storage project in the world whose core equipment and systems have successfully withstood the most stringent grid fault conditions. After evaluation by all parties, the project has been successfully transferred to commercial operation.
Short circuit test video screenshot
The Xinhua Hydropower Wushi Energy Storage Power Station Project has a total capacity of 500MW/2,000MWh, making it the largest grid-side hybrid energy storage power station in China to date. The project adopts a hybrid energy storage technology combining 250 MW/1,000 MWh lithium iron phosphate batteries and 250 MW/1,000 MWh vanadium flow batteries, aiming to fully leverage the characteristics of different battery technologies (lithium iron phosphate batteries offer fast response times and high power density; vanadium flow batteries are long lifespan, high safety, and suitability for long-term energy storage), to meet grid support, peak shaving, frequency regulation, and renewable energy integration requirements. NR Electric as the core technical solution provider and equipment supplier, is responsible for the entire station's energy management system (EMS), power management system (PMS), and all grid-connected converter integrated equipment for the vanadium flow energy storage system. The successful completion of the short-circuit test for the vanadium flow storage system serves as strong evidence of the performance and reliability of NR Electric's grid-forming PCS in large-scale vanadium flow storage applications.
Short-circuit test completed successfully
NR Electric has long been committed to research and innovation in the field of power system safety and stability. Pioneering the use of grid-forming technology to address the growing complexity of power system construction challenges, NR Electric has developed the ideal synchronous voltage-source grid-forming technology through extensive research and practical application. This technology enables energy storage converters to simulate or even surpass the characteristics of synchronous generators, providing the power grid with robust inertia, damping, and short-circuit capacity support. This significantly enhances the stability and resilience of new power systems dominated by renewable energy sources. This project marks another major breakthrough for NR Electric's grid-forming technology, following its successful application in lithium-ion battery energy storage. This test represents a significant validation of the technology's applicability in the field of long-duration energy storage, particularly in flow battery applications.
NR Electric will continue to focus on core technologies for grid-forming energy storage, deepen cooperation with industry partners, and contribute to the construction of a safer, more stable, and more flexible new power system.