APFC (Automatic Power Factor Correction) panels are integral to optimizing power quality and efficiency in electrical systems. These panels automatically monitor and adjust the power factor of the system by controlling the connection and disconnection of power factor correction capacitors. By ensuring a near-unity power factor, APFC panels help minimize energy wastage, reduce reactive power losses, and enhance overall system performance.
APFC or Automatic Power Factor Control Panels are mainly used for the improvement of Power Factor. Power Factor can be explained as ratio of active power to apparent power and it is a key factor in measuring electrical consumption. Everyone knows that how costly electricity has become in present time. Therefore it becomes utmost important to cut down on electrical consumption for reducing expenditure. APFC Panels come real handy in the achievement of this purpose. Use of these control panels becomes indispensable in those industries where electrical installations are meant to supply to large electrical load. A drop in Power Factor can attract operational losses and a penalty from electricity board, responsible for electricity supply. APFC Panels can effectively and automatically manage quickly changing and scattered loads along with the retention of high Power Factor. We are renowned manufacturers of APFC Panels symbolized with quality and reliability. These are available in different current ratings to cater to distinct applications.
Automatic power factor correction
Real-time monitoring
Advanced control algorithms
Efficient Power Correction
Built-in protection features
Energy efficiency
Auto Power Factor Correction: Controls capacitors to maintain unity power factor.
Real-time Monitoring: Tracks power factor and system performance.
Advanced Control Algorithms: Optimizes correction based on load conditions.
Modular Design: Facilitates installation, expansion, and maintenance.
Built-in Protection: Safeguards against overvoltage, overcurrent, and faults.
Energy Efficiency: Minimizes wastage, reduces losses, and improves efficiency.
High efficiency
In-built independent fuses.
Protection from excess power in the system.
Prevents leading Power Factor in low load conditions.
Clearly marked buttons and indicators.
Minimizes harmonic current.
