Automatic Power Factor Control (APFC) Panel in India

APFC Panel Overview

Automatic Power Factor Correction (APFC) panel is used to improve the “power factor” of electrical systems, a measure of how effectively electricity is being used. A good power factor is closer to 1 and APFC panel automatically monitors the power factor and adjusts the reactive power in the system by switching capacitors on or off based on real-time requirements. This leads to enhanced voltage stability, reduced electrical losses, and lower demand charges from utility companies.ly monitor and adjust reactive power, ensuring efficient utilization of electrical energy and compliance with regulatory standards.

Key Features of APFC Panel

Automatic Capacitor Switching:

APFC panels improve power factor by automatically switching capacitor banks on and off. This dynamic adjustment ensures the optimal power factor is maintained even when electrical load conditions fluctuate.

Microprocessor-Based Control:

These panels utilize sophisticated microprocessors for intelligent monitoring and control. The microprocessors constantly analyze the power system and make precise adjustments to capacitor switching, leading to efficient power factor correction.

Customizable Tuning Frequencies:

APFC panels offer flexibility by allowing customization of tuning frequencies. This feature ensures they can effectively work with various electrical loads and systems, optimizing their performance for specific applications.

Enhanced Protection:

Protecting sensitive electronic equipment is a crucial feature of APFC panels. By improving power factor and reducing electrical disturbances, they create a more stable electrical environment, safeguarding valuable electronics.

Energy Savings:

APFC panels prioritize energy efficiency. They achieve this by minimizing wasted energy (reactive power), which translates into cost savings for users.

Improved Power Factor:

PAPFC panels help achieve a power factor close to unity, specifically 0.995 lag and 0.995 lead. This means they minimize the difference between active power (used by electrical equipment) and apparent power (supplied by the power source), reducing wasted energy.

Specification	Details	General Values	Possible Values
Rated Voltage	Nominal operating voltage of the APFC panel	415V AC	230V AC, 415V AC
Frequency	Operating frequency of the panel	50 Hz	50 Hz, 60 Hz
Rated Current	Maximum current capacity of the APFC panel	100A to 1600A	63A to 3200A
Capacitor Steps	Number of capacitor steps available	6 Steps	4 to 12 Steps
Capacitor Bank Rating	Total kVAR rating of the capacitor bank	50 kVAR to 500 kVAR	10 kVAR to 1000 kVAR
Switching Device	Type of switching device used in the panel	Contactor, Thyristor	Contactor, Thyristor, Relay
Power Factor Controller	Type of controller used for power factor correction	Automatic, Microprocessor-based	Microprocessor-based, PLC-based
Control Voltage	Voltage used for the control circuit	230V AC	24V DC, 110V AC, 230V AC
Protection Features	Built-in protection features	Overvoltage, Undervoltage, Overcurrent	Overvoltage, Undervoltage, Overcurrent, Short Circuit
Ingress Protection (IP Rating)	Level of protection against dust and water	IP 42	IP 42, IP 54, IP 55
Panel Structure	Type of panel structure	Floor-mounted, Compartmentalized	Floor-mounted, Wall-mounted, Compartmentalized
Busbar Material	Material used for busbars	Copper	Copper, Aluminum
Busbar Size	Cross-sectional area of the busbar	50mm x 10mm	50mm x 10mm to 100mm x 10mm
Busbar Insulation	Type of insulation for busbars	Heat Shrink PVC Sleeves	PVC Sleeves, Epoxy Coated
Auxiliary Power Supply	Power supply for auxiliary circuits	230V AC	24V DC, 230V AC
Operating Temperature	Ambient temperature range for normal operation	-5°C to +40°C	-10°C to +55°C
Cooling Arrangement	Cooling method used in the panel	Natural Air Cooling	Natural Air, Forced Air Cooling
Compliance Standards	Standards the panel adheres to	IEC 61439	IEC 61439, IS 8623
Cable Entry	Provision for cable entry	Bottom	Bottom, Top

Applications of APFC Panels

Malls and Commercial Establishments: These industries consume huge amounts of electricity for lighting, air conditioning, escalators, and various equipment. APFC panels help them reduce electricity costs significantly by improving power factor Railways: Trains draw enormous power, especially during acceleration. APFC panels stabilize power consumption, preventing voltage fluctuations and ensuring efficient energy utilization. This leads to lower electricity bills and improved train performance. Water and Sewage Treatment: Pumping stations and treatment processes demand high power. APFC panels optimize power consumption, reducing energy costs and improving the overall efficiency of these critical operations.

Safety and Compliance

As manufacturers and suppliers of APFC panels in India we prioritize safety and quality in our products to meet and exceed the safety standards set for APFC panel components. We adhere to those safety standards, advanced overload and short circuit protection, proper grounding, clear isolation, emergency stop features, and fire-retardant materials. Our panels also feature clear labelling for safe operation. We are ISO certified and our APFC panels are CPRI approved, demonstrating our commitment to delivering safe and efficient power solutions.

Trust Burak Electric for Energy Saving APFC Panels

Enhance your facility's energy efficiency with Burak Electric's reliable APFC panels. Our ISO-certified power correction panels are CPRI approved, ensuring safety and performance. By optimizing power factor, you can significantly reduce electricity costs without compromising operations. Experience the difference of a trusted partner committed to your energy savings.

Automatic Power Factor Control Panel