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High Voltage SVG Dynamic Reactive Power Compensation Device

When photovoltaic/wind power generation equipment is operating, if there is an instantaneous fault on the grid side, the photovoltaic/wind power station itself cannot instantaneously support the voltage. SVG can significantly improve the bus voltage of photovoltaic/wind power stations and enhance the low voltage ride-through capability of the station. Utilizing the characteristics of SVG, which can both generate and absorb reactive power, reduces grid fluctuations and improves the stability of grid voltage.

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  • Description
  •   Product Overview:

      When photovoltaic/wind power generation equipment is operating, and an instantaneous fault occurs on the grid side, the photovoltaic/wind power station itself cannot instantaneously support the voltage. SVG can significantly improve the bus voltage of photovoltaic/wind power stations and enhance the low voltage ride-through capability of the station. Utilizing SVG's ability to both generate and absorb reactive power reduces grid fluctuations and improves the stability of grid voltage.

      Product Features:

      ▪ Uses IGBT fully controlled active reactive power generator;

      ▪ Adopts air cooling design, can be installed in both indoor and outdoor cabinets;

      ▪ Features fast computation speed, high control accuracy, and strong anti-interference ability;

      ▪ Human-machine interface with user-friendly design, simple and convenient operation, aesthetically pleasing;

      ▪ Provides open communication interfaces for easy user access and centralized monitoring.

      Main Technical Parameters:

      Rated Capacity: ±1Mvar-±100Mvar

      Rated Voltage: 6KV, 10KV, 27.5kV, 35kV

      System Frequency: 50Hz

      Overload Capacity: Greater than 120%.

      Response Time: ≤5ms

      Active Loss: ≤0.8%.

      Total Harmonic Current Distortion (THDi) ≤3%.

      Control Power Supply: 380VAC, 220VAC or 220VDC.

      Reactive Regulation Method: Capacitive, inductive automatic continuous smooth regulation.

      Communication Interfaces: Ethernet, RS485, CAN, and other communication interfaces, high-speed optical fiber.

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