Compensation Reactors

In industrial plants, compensation systems reduce the unwanted reactive power. Essential components here are compensation chokes, which - connected in series with a capacitor - generate inductive reactive power to compensate for cable or network capacitances. MANGOLDT compensation chokes are available in single-phase and three-phase versions for applications in low-voltage and medium-voltage networks up to a mains voltage of 36 kV. The long-lasting, very precise chokes make every compensation system a reliable cost saver. For use in North America, the low-voltage versions of the MANGOLDT compensation chokes are also available with the required test marks in accordance with UL guidelines.

We manufacture a range of products for control of import & export of reactive energy in wind electric generators. Features: High performanceLow maintenanceLonger functional life

The compensating reactors are accessories for the CTS-12KSA/ACTS-12K Capacitance Tan Delta Test Set. The use of one or more compensating reactors increases the capacitance that the internal power supply can excite to conduct measurements. As the measuring range of the CTS-12KSA / ACTS 12K exceeds the kVA rating of the internal power supply, one way of using the test set over its entire measuring range is to form a resonant circuit with the test sample. The use of one or more compensating reactors forms partial resonating circuit with the test specimen, thereby reducing the power supply requirement.

Backed by our cutting edge technology we are able to manufacture and supply qualitative current compensating reactors. Our range is available in various capacity range and confirms to ISS 5333. Some of the salient features of our current compensating reactor include the following: Capacity: From30 KVAr to 600 KVAr From 100 Volts to 1100 Volts Oil /Air cooled Low noise and vibrations

High Voltage testing is done to check the integrity of Electrical insulation. Electrical insulation acts as a capacitive load. Also additional capacitance in the test system like Measuring Capacitor, Test Transformer inherent capacitance, Coupling capacitance and any stray capacitances contributes to the total capacitance load on Test Transformer. In net effect, the load on the Test Transformer is Capacitive in nature. Since load is of the capacitive in nature during HV Insulation testing, Reactive power will come into picture. The air insulated compensating reactor is connected between the regulating transformer and the test transformer. Following are the benefits of Compensating reactor. Benefits of Compensating Reactor Loading of the power source comes down kVA of the regulating transformer reduces Input power cables rating comes down Primary Coupler winding loading comes down

Reactive Power Compensation in railways using active Impedance concept projects explains about using impedance topology in AC choppers for efficient power compensation at a range of 25 kV/50Hz railways. By using AC-AC converters in railway networks causes power losses so there are VSI based STATCOM methods are used to solve this losses which make concept more interesting in handling power consumption in high voltage railway networks.

Balancing Reactors