POWER FACTOR CORRECTION
Heavy inductive equipment naturally draws reactive power, dropping your system's efficiency. Adding an automatic Power Factor Correction (PFC) Panel to your site is essential to transform wasted energy back into usable capacity, slash electrical utility bills, and prevent costly equipment overheating.
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The Necessity: Corrects low power factors down from inductive strain, saving up to 30% in demand charges and preventing grid compliance penalties.
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Areas of Application: Ideal for energy-intensive sectors including automated production plants, textile mills, plastic injection molding facilities, hospitals, and major infrastructure hubs.
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Standard Compliance: Fully designed, tested, and certified in strict accordance with IEC 61921 (Low-voltage power factor correction banks) and IEC 61439-1/2 (Low-voltage switchgear and controlgear assemblies).
PEX Electrical Panels Type
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POWER DISTRIBUTION
BOARDS MDB
MOTOR CONTROL
CENTERS MCC
POWER FACTOR
CORRECTION
HARMONIC FILTERS
AHF PHF
PFC
1 / Compliance Standard
Our panels are designed, manufactured, and tested in strict accordance with global IEC 61921 and IEC 61439-1/2 safety standards. This compliance guarantees superior build quality, certified structural safety, and seamless integration with national utility grid codes.
2 /Application Environment
These systems are widely deployed across heavy industrial plants, data centers, modern commercial complexes, and water treatment facilities. They are highly critical for settings using heavy non-linear and inductive loads like motors, pumps, and variable frequency drives (VSDs).
3 / Ratings
Engineered for versatile infrastructure demands, our low-voltage panels support step capacities ranging from 50 kVAR to over 1000 kVAR. They reliably operate at standard system voltages of 380V to 415V AC at frequency configurations of 50Hz or 60Hz.
Solution Partner
1
Main Distribution Board (MDB / PDB)
Main distribution boards and sub distribution boards rated up to 6300A at 380V–690V AC
Modular design with fixed or withdrawable circuit breaker compartments for flexible feeder layout
Internal separation up to Form 4b, with arc-fault containment where required by project specification
Integrated metering, surge protection, and power monitoring options for complete system visibility
2
MOTOR CONTROL CENTER MCC
Centralizes motor control, protection, and monitoring for multiple motor feeders in one assembly
Supports DOL, star-delta, soft starter, and VFD starter configurations across industrial process lines
Plug-in or fixed-type draw-out units for quick maintenance without shutting down the entire lineup
Flexible busbar ratings from 630A to 6300A with Form 2, 3, or 4 internal separation
3
ATS Panel
Automatic transfer between two independent power sources — utility and generator, or dual utility feeds
Open-transition, closed-transition, and delayed-transition switching logic to match your load sensitivity
Integrated controller with adjustable time delays, voltage sensing, and generator start/stop signals
Type-tested assemblies rated for critical and non-critical loads across commercial and industrial sites
4
VFD Panel
Variable-frequency drive integration for precise motor speed control and significant energy savings
Supports single-drive and multi-drive configurations with bypass and harmonic mitigation options
Enclosed in IP42 to IP65 cabinets for indoor plant rooms or outdoor installation
Pre-wired, factory-tested, and shipped ready for connection — reducing on-site commissioning time
4
PF Correction Panel
Automatic step switching based on load demand
Maintains a more stable power factor during operation
Reduces manual adjustment and energy waste
Suitable for fluctuating daily load conditions