
Load is steady and mostly inductive
Switched capacitor steps
A controller reads the system and switches capacitor steps in and out. Modules package each step so the cabinet is quicker to assemble.
See filter modulesPower quality and reactive power compensation equipment

Reactive power compensation
Cabinets, controllers, thyristor switches, reactors and capacitors matched to your voltage level and required capacity.
Product families
From controllers and capacitors to SVG and finished cabinets, each family opens its own series list.
Individual parts for panel builders and system integrators.

Measure the system and decide which compensation steps to switch in or out.
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Solid-state switching of capacitor steps for loads that change quickly.
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Detune capacitor circuits and limit harmonic current in compensation branches.
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Capacitor units that supply reactive power inside compensation and filter branches.
View seriesPre-assembled branches and fast-response power electronics.

Pre-assembled branches that combine switching, reactor and capacitor in one unit.
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Fast dynamic reactive power compensation for rapidly changing load.
View seriesActive harmonic treatment equipment for low and high voltage distribution systems.
View seriesFinished compensation and filter cabinets for the distribution room.
Solution path
Three questions about your load, voltage level and harmonic environment narrow the selection before any model is chosen.

Load is steady and mostly inductive
A controller reads the system and switches capacitor steps in and out. Modules package each step so the cabinet is quicker to assemble.
See filter modules
Load changes within a few cycles
Thyristor switching avoids contactor wear on rapid cycling, and SVG follows the load continuously instead of in fixed steps.
See thyristor switches
Drives or rectifiers add harmonic current
Series reactors protect capacitors from harmonic resonance. Where harmonic current itself must be reduced, active filtering is the route to review.
See filter reactorsIntegrated system
Buying parts from a single supplier keeps ratings, interfaces and reactance rates consistent from controller to capacitor.

Measures voltage, current and power factor, then decides how many steps to operate.

Connects and disconnects each step electronically when load changes quickly.

Detunes the branch so capacitors are not driven into resonance by harmonics.

Supplies the reactive power that raises power factor at the point of connection.

Cabinet range
Capabilities
Controllers, thyristor switches, reactors, capacitors, filter modules, SVG and complete cabinets from one supplier.
Voltage, capacity, step layout and filtering ratio are configured to the project rather than fixed to one model.
Third-party inspection can be arranged for an order, with scope agreed before production.
Components typically 10 to 15 days and complete cabinets 20 to 30 days, depending on the order.
Quality evidence
Registration details are listed here so your procurement team can verify the supplier. Further documents are available on request.
Project process
Component orders usually take 10 to 15 days and complete cabinets 20 to 30 days, depending on the order.
Share system voltage, capacity, load type and any harmonic data. Our engineers confirm what is missing.
We propose a configuration and agree drawings, ratings and component selection with you.
The order is built to the confirmed configuration, with inspection arranged as agreed.
Shipping is planned around the order lead time and your site schedule.
FAQ
Quantities and timing depend on the product and order. Your engineer confirms them in the quotation.
Contact Engineering TeamNews
Request a Quote
Share the basics of your project. An engineer reviews the details and replies with a configuration proposal and quotation.