It can be produced in a reactive power range from 1 to 10 MVAr, up to a voltage level of 36 kV, in three-phase or single-phase, oil type. It is distinguished by its compact structure, simple installation and low maintenance.

As a basic principle, it is formed by combining existing designs in the transformer manufacturing industry and power electronics in the most suitable way. Power electronics system; It offers advantages with its small structure, convenient installation and integrated design attached to the magnetic drive reactor.

Magnetic drive reactor; It is an important device to increase the reactive power balance of the electrical system, the economic benefit and the quality of the power supplies. It is controlled by a thyristor and adjusts the reactive power by changing the trigger angles between 180 and 90 degrees. The inductance is adjusted by changing the saturation of the magnetic core with the change in the forward current of the winding.

It can be positioned as an adjustable inductor in systems.

The adjustment range is between 5 and 100% of the reactor.

It improves the power factor.

It reduces transmission loss.

It improves the capacity of the transmission line

It plays a serious role in the voltage stability of the power system with its continuously adjustable capacity.

It is very reliable

It Produces low harmonic content

It plays a role of guarantee for the safe and stable operation of the power grid.

It increases the assurance of operating conditions for power plant generators.

It is widely used in steel, metallurgy and petrochemicals, coal mines, shipyards and cranes, wind farms, electric railways.

MCSRs are technically, economically and in terms of maintenance, the best alternative to thyristor-controlled reactors and SVCs with synchronous capacitor banks.