Automatic Power Factor Correction

Reduce utility bill
Improved system stability
Improves the power factor
Reduced load on the generator

Automatic Power Factor Correction Panel

APFC automatic power factor correction panel device used in low voltage systems helps to reduce reactive power and apparent power requirements through capacitor bank units, improve the power factor in electrical systems while eliminating penalties and reducing costs.

Minimize harmonic disruption.
Reduces power losses in transmission lines.
Reduction in KVA demand charge for large consumers.
Improves the overall efficiency of the supply of electricity.

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Description

What is an automatic power factor correction panel?

Automatic power factor correction panels or APFC panels mainly function the improved power factor. power factor refers to the ratio of the active power to the apparent power of the AC circuit, and it is an important key factor in measuring electrical consumption.

Advantages

Keep the power factor as close to 0.99 as possible to avoid power factor penalties — During industrial processing, the power factor is reduced (usually below 0.80 or 0.85), and the power factor can be increased by using industrial power factor correction.
Eliminate electric supply company penalties and save on electricity bills — Power factor correction eliminates the penalty of reactive energy, reduces the demand for kVA, and reduces the power loss in the production process.
Reduce reactive power and apparent power requirements — By adding capacitors achieve power factor correction, and eliminate the power factor penalty, reducing your power system’s demand.
Increased load carrying capacity of the circuit, reduces the risk of power loss, protects electrical equipment from damage — The load of the reactive power factor is caused by the reactive current. Installing a power factor correction capacitor at the end of the circuit can reduce the circuit carrying current, improve the power factor, reduce the circuit load, and reduce the resistance loss in the circuit.
Improve line voltage and reduce power system losses — Current is reduced in direct proportion to the power factor improvement, line losses are inversely proportional to the square of the power factor. improved power factor, the voltage drop in the conductor is reduced, improving the voltage at the equipment.

Disadvantages

Applications

Applications of automatic power factor correction

Automatic power factor correction to help correct the excess reactive power generated by inductive loads in the industry. reduce energy consumption, reduce electricity bills, and improve system efficiency.

They are suitable for a variety of processing plants with fluctuating loads,

such as：

Construction and Engineering

Manufacturing

Steel Rolling mills

Chemical industry

Sugar plant

Textile

Hospitals / Hotels / Malls

Metal Industries.

Pharmaceutical Industries.

Cement Industries.

Windmills & Power Stations.

Textile Machinery.

Printing Industries.

Railways.

Commercial Complexes.

Food Processing Plants.

Automobile industry etc

Specifications

Model	Number	Installed capacity(kvar)	Voltage(V)	Capacity allocation(kvar)
ZB-TSF-180	3 Ways	180	400/690	Dynamic filter compensation(60+60+60)
ZB-TSF-360	4 Ways	360	400/690	Dynamic filter compensation(60+60+120+120)
ZB-TSF-480	4 Ways	480	400/690	Dynamic filter compensation(60+120+180+120)
ZB-TSF-585	4 Ways	585	400/690	Dynamic filter compensation(60+120+225+180)
ZB-TSF-600	4 Ways	600	400/690	Dynamic filter compensation(75+120+225+180)
ZB-TSF-645	4 Ways	645	400/690	Dynamic filter compensation(75+120+270+180)
ZB-TSF-720	5 Ways	720	400/690	Dynamic filter compensation(60+90+270+180+120)
ZB-TSF-780	5 Ways	780	400/690	Dynamic filter compensation(90+120+270+180+120)
ZB-TSF-840	5 Ways	840	400/690	Dynamic filter compensation(90+120+270+180+180)
ZB-TSF-1100	5 Ways	1100	400/690	Dynamic filter compensation(90+105+315+315+270)
ZB-TSF-1280	6 Ways	1280	400/690	Dynamic filter compensation(90+105+315+315+270+180)

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How does an automatic power factor correction panel work?

APFC is an automatic power factor correction device that is used to boost the ability factor, whenever required, by switching ON and OFF the desired capacitor bank units automatically.

APFC Panels are an automatic control system consisting of a microcontroller based programmable controller and multiple capacitors. the microcontroller automatically triggers the appropriate capacitor bank in multiple stages to maintain PF to 0.99(closer to 1) Lag by directly reading the reactive power load (RKVA). By adding capacitors or inductors to eliminate the inductive or capacitive effect of the load respectively.

We can design capacitor banks of different capacities according to customer requirements and load patterns.

In daily production life, companies will save on utility costs by increasing power factor to avoid power losses and reduce utility company fines.

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Automatic Power Factor Correction

Automatic Power Factor Correction Panel

How does an automatic power factor correction panel work?

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