HV Power compensation cabinet

HV Power compensation cabinet. Medium/High voltage APFC are used everywhere that motors are still directly operated without power electronics, or other consumers with a low inductive cosφ place strain on the grid with reactive power in addition to their active-power requirements.

Description

HV Power compensation cabinet Filter correction device Reactive power compensation device

Description of  HV Power compensation cabinet

HV Power compensation cabinet. Medium/High voltage APFC are used everywhere that motors are still directly operated without power electronics, or other consumers with a low inductive cosφ place strain on the grid with reactive power in addition to their active-power requirements. Local supply of this reactive power by means of compensation systems relieves the burden on the supply grid and reduces losses.

Medium Voltage automatic self regulating capacitor bank aims to improve power factor and enhance power quality, utilising capacitors to offset usually inductive loads(motors).APFC system increase the efficiency of power supply, delivering immediate cost savings on electricity.

GWJ Series Medium Voltage automatic self regulating capacitor bank can detect the reactive power needed by the system in real time,compare it with the set value, carry on the automatic intelligent capacitor-switching on/off, make the reactive power of the system achieve dynamic balance, in order to improve the power factor of the system, stabilize the system voltage.

Capacitor configuration:

The capacitor compartment may of High voltage Static Var Compensator SVC consists of one capacitor bank or multiple capacitor stages. A capacitor bank or stage normally consists of the capacitors, capacitor fuses, and where applicable, a switching device and transient inrush reactors.

Typical bank or stage configuration options are provided below. The capacitor bank/stage compartment is compartmentalized and isolated from the incoming compartment to allow for maintenance and repair.

Product features:

1.Fast return on investment through lower power costs.
2.Reduces kVA billing and power factor penalties.
3.Effective use of installation.
4.Improved voltage quality.
5.Increases power flow capability.
6.Release system capacity.
7.Reduced voltage drops.
8.Optimum cable design.
9.Reduced transmission losses
10. Fast, easy installation.
11. Reduce startup and commissioning cost.
12.Lower site preparation cost and associated risk.
13.Enclosure protects against inadvertent contact.
14.Key interlock system for safety and proper sequence of operation.

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