216EA61B HESG448230R1/G High Voltage DC Converter Valve
216EA61B HESG448230R1/G High Voltage DC Converter Valve
Product manual:
ABB 216EA61B HESG448230R1/G High Voltage DC Converter Valve
It is a converter valve module designed specifically for high voltage direct current (HVDC) systems,
Mainly used for DC current conversion and control in power systems.
It plays a crucial role in high-voltage direct current transmission (HVDC) applications,
Ensure efficient transmission of electrical energy from the power source to the load.
Main features:
High voltage direct current control: a converter valve designed to control and regulate high voltage direct current, ensuring stable power transmission.
Efficient Conversion: Able to convert alternating current (AC) into direct current (DC), achieving efficient power transmission.
Stability: It has high stability and reliability, can operate in extreme environments, and is suitable for large-scale power systems.
Anti interference capability: It has strong anti electromagnetic interference and overvoltage protection capabilities to ensure the safe operation of the system.
High power output: supports high-power current processing, adapting to high voltage and large capacity power transmission needs.
Industrial grade design: Suitable for harsh electrical environments, ensuring stable operation of equipment under high temperature, humidity, and other conditions.
Communication and monitoring: It has monitoring and adjustment functions, and exchanges real-time data with the control system through communication protocols.
Application areas:
High voltage direct current transmission (HVDC) system: used for long-distance and efficient power transmission, especially suitable for offshore wind power, cross-border power interconnection and other projects.
Power substation: used for the conversion and regulation of high-voltage direct current power.
Energy management system: Achieving integration and optimized scheduling of large-scale power systems.
Renewable energy system: Provides current conversion and stable transmission when renewable energy sources such as wind and solar are connected to the grid.