ZDDQ low voltage automatic power factor panel improves power factor in systems with variable energy demand and non-linear loads, therefore, with variable reactive load needs. Equipped with a power factor controller to regulate their automated operation and monitoring features, ZDDQ automatic capacitor banks remove power factor charges of the electricity bill and reduce the losses of electrical equipment and wiring by improving power factor and filtering harmmonics.

ZDDQ low voltage APFC capacitor panels improves power factor in systems with variable energy demand and non-linear loads, therefore, with variable reactive load needs. Equipped with a power factor controller to regulate their automated operation and monitoring features, ZDDQ automatic capacitor banks remove power factor charges of the electricity bill and reduce the losses of electrical equipment and wiring by improving power factor and harmonics filtering.

ZDDQ Low Voltage Enclosed Automatic Power Factor Capacitor Banks improves power factor in systems with variable energy demand and non-linear loads, therefore, with variable reactive load needs. Low voltage metal enclosed capacitor and filter banks,equipped with a power factor controller to regulate their automated operation and monitoring features, ZDDQ automatic capacitor banks remove power factor charges of the electricity bill and reduce the losses of electrical equipment and wiring by power factor improvement and harmonics filtering.

ZDDQ Power Factor Compensation Panels improves power factor in systems with variable energy demand and non-linear loads, therefore, with variable reactive load needs. Low voltage metal enclosed capacitor and filter banks,equipped with a power factor controller to regulate their automated operation and monitoring features, ZDDQ automatic capacitor banks remove power factor charges of the electricity bill and reduce the losses of electrical equipment and wiring by power factor improvement and harmonics filtering.

ZDDQ low voltage automatic capacitor banks and Harmonic Filters improves power factor in systems with variable energy demand and non-linear loads, therefore, with variable reactive load needs. Equipped with a power factor controller to regulate their automated operation and monitoring features, ZDDQ automatic capacitor banks remove power factor charges of the electricity bill and reduce the losses of electrical equipment and wiring.

6KV APFC panel (automatic power factor correction)/ individual reactive power compensation systems 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 power factor correction/reactive power compensation systems using capacitor banks 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.

The integrated capacitor has good self-healing and high insulation resistance characteristics. It is mainly to improve power factor of system, optimize quality of power grid.

Medium Voltage filter capacitor (FC) banks are widely used to limit harmonic propagation, to improve power quality, to reduce harmonic distortion, and to provide reactive power compensation. These are designed for high‐current and high‐voltage applications. Many such filters are in operation for HVDC transmission systems, large industrial drives, static VAR compensators, and so on.

Shut Passive harmonic filters are widely used to limit harmonic propagation, to improve power quality, to reduce harmonic distortion, and to provide reactive power compensation. These are designed for high‐current and high‐voltage applications. Many such filters are in operation for HVDC transmission systems, large industrial drives, static VAR compensators, and so on.

Shut Passive power filters are widely used to limit harmonic propagation, to improve power quality, to reduce harmonic distortion, and to provide reactive power compensation. These are designed for high‐current and high‐voltage applications. Many such filters are in operation for HVDC transmission systems, large industrial drives, static VAR compensators, and so on.

The Advanced Static Var Generator provides the same dynamic performance as the SVG with the added benefit of combining harmonic mitigation. Available in 50/100kVar wall mount and 30/50/100kVar cabinet mount modules, 400/480/690VAC three phase.

The Advanced Static Var Generator provides the same dynamic performance as the SVG with the added benefit of combining harmonic mitigation. Available in 50/100kVar wall mount and 30/50/75/100/150kVar cabinet mount modules, 400/480/690VAC three phase.

Static VAR Generator (SVG) Hybrid Active Power Factor Correction system (HAPFCs) is a device connected in parallel with the load to be compensated. The device is a controlled current source which provides a current waveform in real time.

Static VAR Generator (SVG) Mixed Active Power Factor Correction system (HAPFCs) is a device connected in parallel with the load to be compensated. The device is a controlled current source which provides a current waveform in real time.

Static VAR Generator (SVG) Hybrid Active Power Factor Correction system (HAPFCs) is a device connected in parallel with the load to be compensated. The device is a controlled current source which provides a current waveform in real time.

Reactive Power Compensation in Distribution Systems 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 auto power factor correction capacitor panel 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 power factor optimizer are very beneficial in power grids. They provide the reactive power needed by electrical motors, transformers, etc. This increases the transmission capacity and reduces losses thanks to higher power factors. They enable power factor targets of the utilities to be met. Meanwhile, it also a key component in various filter solutions that reduce harmonic content. They reduce the risk of disturbances in production processes, metering errors and malfunctioning of relay protections. This extends the service life of connected equipment.

3.3KV local reactive power compensation systems( APFC automatic power factor correction) 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.