RXPE’s static VAR compensators are widely used in iron and steel enterprises, electric railway traction stations, coal, electric power, non-ferrous metal industries. Consequently, these electrical devices are sought after in Germany, Italy, India, Turkey, Vietnam, Thailand, Brazil, and more.We have provided SVC subcontract services to the Italian company Danieli and other international engineering contractors. There are more than 700 sets of SVC running around the world, ranking us at number 1 in the field.

RXPE's SVC is the only ISO9001 certified static VAR compensator in China and is produced according to international standards.

RXPE SVCs are widely used in metallurgy, electric railway, electricity, coal, nonferrous metals, and other industries. At present, our installation quantity has exceeded 600 sets.

SVC (Static VAR Compensator) is a power compensation equipment set comprised of the following:

- Cabinet structure

- Used for real-time calculation of power grid reactive power, controlling the thyristor triggering angle size, thereby controlling the amount of reactive power compensation.

- Frame structure.

- Receive signal from the control system, change thyristor triggering angle size, and produce the corresponding reactive power compensation current.

- Tubular dry type, double coils at top and bottom, natural cooling.

- When the current passing through the thyristor flows through the compensation reactor, it generates the inductive reactive power required by the system, which is used to balance the reactive power of the system and maintain the bus voltage and power factor stability.

- Components: inductor, power capacitor, resistor (used when there is a high-pass channel).

- Structure: The reactor is tubular dry type, with double coils at top and bottom, natural cooling. Frame structure installation is used for power capacitor, natural cooling.

- Function: Eliminate the high order harmonics running through the system, provide capacitive reactive power to the system, and improve power factor.

- Connection: Each filtering channel is connected to the system bus through the switch cabinet.