PFC MS – Medium voltage compensation
Optimization of the grid capacity
The high-voltage type of compensation!
Medium voltage compensation MIKA from 1 kV
Save costs and use power grids more efficiently with compensation systems from PQ ENGINEERING!
Inductive loads load the supply grids with reactive current, which generates additional losses in cables and transformers. The use of optimally designed power capacitors for reactive power compensation not only saves reactive power costs, but also leads to better utilization of the existing networks.
Save costs and use power grids more efficiently with compensation systems from PQ ENGINEERING!
Inductive loads load the supply grids with reactive current, which generates additional losses in cables and transformers. The use of optimally designed power capacitors for reactive power compensation not only saves reactive power costs, but also leads to better utilization of the existing networks.
Fixed capacitors CD.. and single compensation CBANK
Medium voltage capacitor banks are manufactured from individual capacitors using all-film technology. In the voltage range up to 24 kV, the capacitor banks can be provided with a cover to ensure protection against accidental contact with the live parts. Plant designs for indoor and outdoor installation are available.
For small compensation powers (up to 1500 kvar), the batteries are preferably constructed of three-phase capacitors; for larger powers, the batteries are constructed of single-phase capacitors.
ECOMP power factor correction
The ready-to-connect medium-voltage system ECOMP is designed as a cabinet system. The basic equipment includes HRC fuses, inrush current limiting reactors and three-phase capacitor(s). If external control is required, vacuum contactors are preferably installed.
Typical applications are: Fixed motor compensation, fixed transformer compensation or central compensation in grids with harmonic load.
Compensation SCOMP
Faultless function and high availability serve undisturbed production operation, plant safety and the protection of life. Depending on the installation site (freely accessible plant), the aspect of personal protection is of particular importance.
The SCOMP series equipment is tested for arc fault resistance in conjunction with Pehla Guideline 4. SCOMP compensation systems are available as control systems and as fixed compensation.
Compensation in station buildings WCOMP
Ready-to-connect, controllable, choked compensation systems in the station building: as a concrete building or container.
These systems are used in wind farms and PV parks as well as in the industrial sector.
Active medium voltage compensation
Modular active filter system for industrial plants with large loads and mains voltages up to 24 kV.
Supplied as a weatherproof and climate-controlled, self-standing container solution or in a concrete station.
CHARM filter circuit systems
Passive filter systems for reducing harmonics, damping resonances and compensating reactive power.
The plants are supplied in indoor and outdoor versions.
