Key Features:
- Power Factor Correction: APFC panels automatically switch capacitor banks in and out of the circuit to correct power factor in real-time, helping maintain an optimal level (typically above 0.95).
- Reactive Power Management: By managing reactive power, APFC panels reduce the load on transformers and generators, leading to better overall system performance.
- Capacitor Banks: These are the primary components that provide reactive power to the system.
- Control Unit: An electronic controller that monitors the power factor and commands the switching of capacitors.
- Contactors and Relays: Used to connect or disconnect capacitors from the circuit based on the control signals.
- Measurement Instruments: Equipment to monitor voltage, current, and power factor levels.
Types:
- Fixed Capacitor Panels: Have a set number of capacitors that cannot be adjusted based on load variations.
- Automatic Capacitor Panels: Dynamically adjust the number of capacitors connected based on real-time load conditions.
ELECTRIC LOW VOLTAGE PANEL
MAIN DISTRIBUTION BOX APFC PANEL AUTO CHNAGE OVER PANEL MCC PANEL VFD & SOFT STARTER PANEL SYNCHRONIZING PANELFollow Us:
Key Features:
- Power Factor Correction: APFC panels automatically switch capacitor banks in and out of the circuit to correct power factor in real-time, helping maintain an optimal level (typically above 0.95).
- Reactive Power Management: By managing reactive power, APFC panels reduce the load on transformers and generators, leading to better overall system performance.
- Capacitor Banks: These are the primary components that provide reactive power to the system.
- Control Unit: An electronic controller that monitors the power factor and commands the switching of capacitors.
- Contactors and Relays: Used to connect or disconnect capacitors from the circuit based on the control signals.
- Measurement Instruments: Equipment to monitor voltage, current, and power factor levels.
Types:
- Fixed Capacitor Panels: Have a set number of capacitors that cannot be adjusted based on load variations.
- Automatic Capacitor Panels: Dynamically adjust the number of capacitors connected based on real-time load conditions.
Benefits
-
APFC panels help reduce electricity bills
-
reducing losses in conductors and transformers.
-
Reduces stress on electrical equipment,
-
Maintains voltage levels and improves overall system reliability.
Applications
-
Commonly used in manufacturing plants to optimize the operation of motors, transformers, and other equipment.
-
Utilized in large commercial spaces to improve energy efficiency and reduce operational costs.
-
Helps maintain efficiency in heating, ventilation, and air conditioning systems that are often reactive power-intensive.