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Real Time Power Factor Correction Panel

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MOQ : 1 Piece

Real Time Power Factor Correction Panel Specification

Rated Current
Up to 2000A

Rated Insulation Voltage
690V

Control System
Microprocessor based APFC Relay

Cover Material
Powder Coated Sheet Steel

Rated Operation Voltage
415V AC

Cabinet Material
CRCA Sheet Steel

Current Rating
Up to 2000A

Protection Class
Class I

Panel Type
Floor Mounted

Cooling System
Natural Air cooled with ventilation louvres

Base Material
Mild Steel

Protection Level
IP42 / IP54

Components
APFC Relay, Capacitor Banks, MCB/MCCB, Contactor, CTs, Control Wiring, Fuses

Operating Voltage
415V AC

Thickness
2.0 mm

Way
Multiple Way

Connectivity Type
Terminal / Busbar connection

Features
Automatic switching, Real time correction, Over/under voltage protection, Easy maintenance, Modular design

Product Type
Power Factor Correction Panel

Material
CRCA Sheet Steel

Surface Finish
Powder Coated

Standard
IEC 61439-1 & IS 8623

Surface Color
Siemens Grey (RAL 7032) Epoxy Powder Coated

Rated Voltage
415V AC

Frequency (MHz)
50 Hz

Maximum Output Current
Up to 2000A

Dimension (L*W*H)
Customizable as per requirement

Application
Industrial / Commercial Power Factor Correction

IP Rating
IP42 / IP54

Display Type
Digital LED/ LCD Display

Mounting Type
Floor Mounted/Free Standing

Enclosure Type
Dust and Vermin Proof

Busbar Material
Electrolytic Copper / Aluminium

Relay Type
Microprocessor based programmable

Capacitor Type
Heavy Duty Oil-free, Self-Healing

Ventilation
Provided with louvers and optional cooling fans

Indication
LED Indications for stages and faults

Ambient Temperature Range
0C to 50C

Power Factor Range
Up to 0.99 Lagging

Communication
Optional RS485 (MODBUS) support

Operating Humidity
Up to 95% RH, Non-condensing

Real Time Power Factor Correction Panel Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1-7 Days

About Real Time Power Factor Correction Panel

Real Time Power Factor Correction (RT PFC) Panels are advanced electrical systems designed to automatically maintain optimal power factor in industrial setups. They use smart controllers and capacitor banks to instantly respond to load variations, reducing power losses, avoiding penalties, and improving overall energy efficiency and system performance.

Product specifications:

kVAR Rating Above 800 kVAR
Panel Type RTPFC
System Voltage400 V AC
Switching Device Thyristor
Response Time Below 40 ms
Stages7-12 Stage

Reliable Power Factor Correction for Modern Industries

This panel is engineered to maintain optimum power factor in real time, enabling cost-effective electricity use and minimizing penalties from low power factor. Its floor-mounted, modular design can be tailored for unique industrial or commercial requirements, ensuring flexibility in installation. The rugged, powder-coated enclosure protects internal components, while the intelligent APFC relay delivers automatic switching and immediate response to fluctuating load conditions, maximizing hardware lifespan and energy efficiency.

Built for Safety and Endurance

All critical components-like APFC relays, capacitor banks, and busbars-are enclosed in a dust and vermin-proof, powder-coated cabinet for exceptional durability. Internal louvers and optional cooling fans enable efficient heat dissipation, even when the panel is operating under high loads in ambient temperatures up to 50C. The panel's microprocessor-based protection prevents faults such as over/under voltage, while heavy-duty, self-healing capacitors guarantee stable, long-term performance.

FAQ's of Real Time Power Factor Correction Panel:

Q: How does a Real Time Power Factor Correction Panel improve energy efficiency in industrial environments?

A: The real time power factor correction panel automatically monitors and regulates the power factor, ensuring it remains close to 1. This reduces reactive power consumption, minimizes losses, and helps avoid electricity bill penalties, resulting in efficient energy use and cost savings for industrial facilities.

Q: What components are included in this power factor correction panel, and what are their roles?

A: Key components include a microprocessor-based APFC relay for real-time control, heavy-duty self-healing capacitors, MCCBs/MCBs, contactors, CTs, control wiring, fuses, and capacitor banks. Each part plays a specific role in monitoring, switching, protecting, and maintaining optimal power factor.

Q: When should this panel be installed in an industrial facility?

A: Installation is recommended wherever large electrical loads or frequent load changes occur, which is common in manufacturing plants, commercial buildings, or any environment where maintaining a high power factor is critical for energy efficiency and compliance with utility regulations.

Q: Where can this panel be mounted and what are its dimensional customization options?

A: The panel is designed for floor mounting or free-standing installation. Its dimensions can be customized to suit the specific requirements of each site, making it adaptable for new installations or retrofits in various industrial and commercial settings.

Q: What is the benefit of using heavy-duty oil-free, self-healing capacitors in this panel?

A: These capacitors are maintenance-free, environmentally friendly, and have a long service life. Their self-healing property ensures continued operation even after dielectric breakdowns, enhancing the reliability and reducing downtime of the power factor correction system.

Q: How does the optional RS485 (MODBUS) communication help in panel usage?

A: The optional RS485 (MODBUS) connectivity allows seamless integration with building management or SCADA systems, enabling remote monitoring, control, and data logging, which enhances maintenance efficiency and operational flexibility.

Q: What protection features are included in the panel for safe long-term operation?

A: The panel incorporates microprocessor-based over/under voltage protection, LED fault indications, robust circuit breakers, and fuse-based protection. Its enclosure is IP42/IP54 rated for dust and vermin resistance, ensuring safe, long-term operation even in challenging environments.

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