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Industrial Electrical & Automation Panels
APFC Panel | Power Factor Correction & Reactive Power Compensation
Specialized design and manufacturing of automatic capacitor bank panels for
power factor correction, reactive power compensation, and reduction of reactive current
in industrial power grids.
From capacitor capacity calculations and design
to regulator selection, capacitor contactor, protection equipment,
ventilation system, assembly, testing, and commissioning,
tailored to the requirements of each project.
What is an APFC Panel?
A Capacitor Bank panel or
Automatic Power Factor Correction Panel
is designed and manufactured to compensate for reactive power and correct the power factor in electrical networks.
In this panel, several capacitor steps are automatically controlled by a power factor regulator. The regulator measures network conditions and connects or disconnects appropriate capacitor steps to maintain the power factor within the target range.
In addition to capacitors and the regulator, the APFC panel includes capacitor contactors, circuit breakers, fuses, reactors (if needed), measurement equipment, ventilation systems, and necessary accessories for safe and stable operation.
Compensating reactive power and helping to improve the network power factor.
Supplying a portion of the reactive power required by inductive loads.
Reducing the current required from the grid to supply reactive power.
Automatic connection/disconnection of steps based on real-time network load.
Proper use of a capacitor bank provides more economical and reliable network operation
by compensating for reactive power and reducing currents.
Helping to correct the power factor and reduce reactive power share.
Reactive power compensation helps reduce the grid’s required current flow.
Supplying reactive power locally to inductive loads.
Automatic management of capacitor steps based on real-time load changes.
Equipment is selected based on capacity, load type, harmonics, and project requirements.
Primary reactive power compensation equipment.
Controls the switching of capacitor steps automatically.
Specialized contactors for switching capacitors.
MCCB, fuses, and other protective devices.
Used in harmonic-rich networks to reduce resonance.
Provides current measurement signal to the regulator.
Ammeters, voltmeters, power meters for monitoring.
Fans and thermostats for cabinet cooling.
Customized panel enclosures for installation requirements.
Specifications are calculated based on load, power consumption, and network requirements.
Automatic Power Factor Correction (APFC)
Low Voltage (LV)
Power Factor & Reactive Compensation
Automatic via Regulator
Based on project requirements
Based on load pattern
Capacitor Contactor
MCCB / Fuses
Detuned, if needed
CT / Power Meter
Contact our experts to receive free professional consultation, review plans, and get a quote. We are ready to build the best solution for you.
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