GGJ Series Reactive Power Compensation Device-Guizhou Weimo Electrical Equipment Co., Ltd.

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GGJ Series Reactive Power Compensation Device

XRM-J Series Multifunctional Metering Box

GGJ Series Reactive Power Compensation Device

Reactive power compensation device is indispensable in power supply system, mainly to improve the power factor of power grid, reduce the loss of power supply transformer and transmission line, improve power supply efficiency. Reasonable selection of compensation devices can minimize the loss of power grid. However, if it is improperly selected or used, it may cause many problems such as voltage fluctuation and increased harmonic in power supply system.

Normal Operating Conditions

Problems caused by high reactive power:

It will increase the current and loss of transmission lines and waste electric energy;
If the distance of transmission lines with increased current is long, the voltage on the lines will decrease greatly, and the lower voltage may affect the normal use of the equipment.

After the capacitance compensation:

Increase the voltage of busbar and feeder.
Reduce the total current of incoming lines of power station.
Increase the load capacity of the transformer.
Improve the power factor.
Reduce the transmission of reactive power and power loss on transmission lines.
Improve the utilization rate of equipment.

Note: The special written instructions are required when ordering beyond the NORMAL OPERATING CONDITIONS.

Model Definition

GGJ Series Reactive Power Compensation Device

Scheme structure diagram

Technical Parameters

Execution Standards: GB/T14549, GB/T 15576;
Ambient Temperature: -25℃~+55℃, relative humidity≤90% RH (25℃);
Rated Working Voltage: 3-phase 4-wire system with the voltage of 220V~1650V, which can be adjusted according to user's requirements;
Harmonic absorption rate: 90% on average for 3rd and 5th harmonics, and 85% on average for 7th and 11th harmonics;
Maximum reactive power compensation capacity of a single device: 405kvar;
Protection functions: over current protection, overheat protection and over voltage protection;
Device startup and shutdown modes: automatic and manual;
Continuous working temperature rise: tthe temperature of inductor shall not exceed 60℃, and the temperature rise of capacitor shall not exceed 30℃;
Display: eleven parameters including voltage, current, reactive power, active power and power factor, etc;
Models: GGD, GCK, GCS, MNS and other standard cabinets.