Zhuhai Wanlida Electric Co., Ltd.
Main products:MV VFD,APF,SVC,PROTECTION RELAYS,SVG
Products
Contact Us
  • Contact Person : Mr. wu daniel
  • Company Name : Zhuhai Wanlida Electric Co., Ltd.
  • Tel : 86-756-3395623
  • Fax : 86-756-3395201
  • Address : Guangdong,ZHUHAI,Relay Protection Industrial Park, No.1 Technology Road, Science and Technology Innovation Coast, High-tech Zone
  • Country/Region : China
  • Zip : 519085

Power Distribution Equipment
High Voltage Dynamic Reactive Power Compensation Equipment

High Voltage Dynamic Reactive Power Compensation Equipment

Wanlida SVC adopted magnetically controlled reactor, the thyristor is connected in parallel with reactor to endure low voltage. Why choose SVC of MCR Type High reliability: The SCR is installed in low voltage circuit, not in main circuit, so, the withstanding voltage is just...
Wanlida Dynamic Reactive Power Compensator

Wanlida Dynamic Reactive Power Compensator

Improve power factor and reduce line loss Stabilize system voltage,reduce voltage fluctuation Restrain and eliminate harmonic Application industrial fieldsRolling MillThe big reactive impulsion caused by rolling mills and other industrial symmetric loads may lead to the...
Wanlida High Voltage Dynamic Reactive Power Compensation Device

Wanlida High Voltage Dynamic Reactive Power Compensation Device

Stabilizing weak systems Minimizing line loss Increasing power transfer capability Providing greater dynamic voltage control Why choose SVC of MCR Type High reliability: The SCR is installed in low voltage circuit, not in main circuit, so, the withstanding voltage is just...
MCR-Based Static Var Compensator

MCR-Based Static Var Compensator

Stabilizing weak systems Minimizing line loss Increasing power transfer capability Providing greater dynamic voltage control Why choose SVC of MCR Type High reliability: The SCR is installed in low voltage circuit, not in main circuit, so, the withstanding voltage is just...
MCR typed Static var compensator

MCR typed Static var compensator

Improve power factor Stabilize power grid voltage Reduce line loss Restrain harmonic Improve power transmission efficiency Why choose SVC of MCR Type High reliability: The SCR is installed in low voltage circuit, not in main circuit, so, the withstanding voltage is just...
MCR Type Static Var Compensator

MCR Type Static Var Compensator

Stabilizing weak systems Minimizing line loss Increasing power transfer capability Providing greater dynamic voltage control Static Var Compensator Application FieldsA complete set of SVC system can be used to generate constantly varied inductive and capacitive reactive power...
Wanlida Solutions for Static Var Compensator

Wanlida Solutions for Static Var Compensator

Stabilizing weak systems Minimizing line loss Increasing power transfer capability Providing greater dynamic voltage control Why choose SVC of MCR Type High reliability: The SCR is installed in low voltage circuit, not in main circuit, so, the withstanding voltage is just...
Wanlida Industrial Static Var Compensator

Wanlida Industrial Static Var Compensator

Stabilizing weak systems Minimizing line loss Increasing power transfer capability Providing greater dynamic voltage control Why choose SVC of MCR Type High reliability: The SCR is installed in low voltage circuit, not in main circuit, so, the withstanding voltage is just...
Wanlida Reactive Power Compensator

Wanlida Reactive Power Compensator

Stabilizing weak systems Minimizing line loss Increasing power transfer capability Providing greater dynamic voltage control Why choose SVC of MCR Type High reliability: The SCR is installed in low voltage circuit, not in main circuit, so, the withstanding voltage is just...
Wanlida MCR Typed Static Var Compensator

Wanlida MCR Typed Static Var Compensator

Stabilizing weak systems Minimizing line loss Increasing power transfer capability Providing greater dynamic voltage control Why choose SVC of MCR Type High reliability: The SCR is installed in low voltage circuit, not in main circuit, so, the withstanding voltage is just...


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