Ampower

- APFC (kVAR) -

apfc-product

Product Description

APFC systems are advanced solutions designed to optimize power factor in real-time. These systems are engineered to compensate for reactive power, ensuring efficient utilization of electrical energy.

How it works:

Using innovative technologies, APFC systems continuously monitor the power factor of your electrical system. They automatically adjust the reactive power compensation to maintain an optimal power factor, thereby maximizing the efficiency of your electrical infrastructure.

Use case:

APFC systems find wide applications across various industrial and commercial settings where maintaining a high power factor is crucial for efficient power consumption. They are particularly beneficial in environments with fluctuating loads or where reactive power compensation is necessary to prevent damage to sensitive equipment. From manufacturing facilities to commercial complexes, APFC systems offer a reliable solution for enhancing energy efficiency and prolonging the lifespan of electrical systems.

“Boost efficiency and save energy effortlessly – our APFC systems maintain the perfect power balance in real-time.”

Features

Rating: 100–2000 kVAR

Standard Steps: 6 / 12.5 / 25 / 50 / 75 / 100 / 125 kVAR

Incomer: MCCB / SFU / SD / ACB

Protection: MCB / MCCB / HRC fuse Protection in each step

Capacitor: Dry–Gas filled/Resin – 440V / 525V

Over temperature protection.

Current feedback system in each step for spike and over current detection with auto-reset facility

Three / Single Phase Load sensing to achieve target Power Factor

Supply ON, Step ON, Spike current, Over current, Thyristor short, Phase missing, Over temperature indication

System includes reactors to limit the inrush current. – 0.96 % / 7 % Reactors

  • Transient free capacitor group switching using Electronics Switching elements.
  • Reduction of voltage flickering.
  • Enhances capacity of Transformer, Local generator systems such as Diesel and windmill generator.
  • Avoid wave form distortions, since capacitors are connected and disconnected during Zero crossing.
  • Prevents damages to sensitive electronic equipment
  • Saves energy by reduced max. Demand, PF bonus & saving in Transformer losses
  • Accurate Power Factor control, even in the presence of Harmonics
  • Dramatically increases the life expectancy of switching elements and capacitor
  • Built-in network analyzer, measuring all network parameter including harmonic
  • Response time 40-60 milli seconds Max.
  • Basic System includes reactors to limit the inrush current.
  • Detuned systems include iron core reactors that detune the network to prevent resonance
  • MCB/MCCB/HRC fuse Protection in each step.
  • Current feedback system in each step for spike and over current detection with auto-reset facility.
  • Over temperature protection with auto reset.
  • Supply ON, Step ON, Spike current, Over current, Thyristor short, Phase missing, Over temperature indication.
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