Power Quality Solutions - Boltech Automation

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AHPFC Panel (Automatic Harmonic Power Factor Correction Panel)

AHPFC Panel Image

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The AHPFC Panel is an advanced power quality solution designed to improve power factor while reducing the harmful effects of harmonics in electrical systems. Using contactor-based capacitor switching with detuned reactor technology, the panel enhances system reliability, improves energy efficiency, and protects electrical equipment from harmonic distortion.

General Specifications

Rated Voltage: 415V AC, 3 Phase, 50 Hz

Capacity: As per requirement

Automatic Controller (APFC Relay)

Contactor-based switching

Detuned Reactors (5.67%, 7%, etc.)

Heavy-duty Capacitor Banks

Copper/Aluminium Busbars

Digital Multifunction Meter

MCCB/ACB Incomer

Powder-coated CRCA Enclosure

IP42 / IP54 / IP55 Protection

As per IEC / IS Standards

Salient Features

Automatic power factor correction with harmonic mitigation
Contactor-based capacitor bank switching
Reduces harmonic distortion & improves power quality
Protects capacitors and electrical equipment
Minimizes reactive power demand & penalties
Compact, robust, & maintenance-friendly design

Applications

Manufacturing Steel & Cement Textile Commercial Hospitals Data Centers HVAC Systems Water Treatment

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RTPFC Panel (Real Time Power Factor Correction Panel)

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The RTPFC Panel uses thyristor switching technology for instant capacitor bank operation. It provides real-time power factor correction in rapidly changing load conditions, ensuring stable voltage, improved power quality, and maximum energy efficiency.

General Specifications

Rated Voltage: 415V AC, 3 Phase, 50 Hz

Fast Response Time (< 20 ms)

Thyristor Switching Module

Real-Time APFC Controller

Heavy-duty Capacitor Banks

Copper/Aluminium Busbars

Powder-coated CRCA Enclosure

IP42 / IP54 / IP55 Protection

Salient Features

Instant thyristor-based capacitor switching
Real-time power factor correction with no switching transients
Ideal for rapidly fluctuating industrial loads
Reduces reactive power demand & electricity penalties
Low maintenance with long operational life

Applications

Steel & Rolling Mills Automotive Cement Plants Welding Applications Plastic & Packaging Paper & Pulp

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Medium & High Voltage Reactive Compensation (Outdoor Type)

MV/HV Outdoor System Image

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Designed to improve power factor, reduce reactive power demand, and enhance the efficiency of medium and high voltage electrical networks. Installed outdoors, the system uses capacitor banks with automatic switching to provide reliable voltage support and reduce transmission losses.

General Specifications

Voltage Class: 3.3 kV to 33 kV

Frequency: 50/60 Hz

Outdoor Weatherproof Enclosure

VCB / SF6 Circuit Breaker

Microprocessor Control Relay

Lightning Arresters & Isolators

IP55 / IP65 Weather Protection

Salient Features

Automatic capacitor bank switching for varying loads
Reduces transmission losses & reactive demand
Weatherproof outdoor construction
Advanced protection & digital monitoring

Applications

Power Utilities Substations Mining Operations Oil & Gas Facilities Renewable Energy

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Medium & High Voltage Reactive Compensation (Indoor Type)

MV/HV Indoor System Image

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Installed inside electrical substations or switchgear rooms, this indoor metal-enclosed system automatically switches capacitor banks based on load conditions, ensuring stable voltage, reduced energy losses, and improved power quality.

General Specifications

Voltage Class: 3.3 kV to 33 kV

Indoor Metal-Enclosed Design

VCB / Contactor Switching

Microprocessor APFC Controller

Copper/Aluminium Busbars

Digital Protection Relays

Salient Features

Compact indoor design with easy installation
Intelligent capacitor bank switching
Modular construction for future expansion
Advanced protection and monitoring features

Applications

Electrical Substations Petrochemical Plants Power Generation Manufacturing Facilities

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SVG / SVG+ (Static VAR Generator)

SVG / SVG+ System Image

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The SVG / SVG+ provides dynamic reactive power compensation using IGBT-based technology. It continuously monitors the network and instantly compensates reactive power, maintaining a near-unity power factor and stabilizing voltage.

General Specifications

Rated Voltage: 380V–690V AC

Frequency: 50/60 Hz

IGBT-based Converter Tech

Ultra-Fast Response (< 5 ms)

DSP / Microprocessor Controller

Touch HMI / Digital Display

Salient Features

Ultra-fast response time (typically < 5 ms)
Dynamic reactive power compensation
Maintains near-unity power factor
Smart monitoring and communication support

Applications

Data Centers Metal & Steel Automotive Commercial Buildings

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11 / 33 kV Capacitor Bank

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Medium and high voltage reactive power compensation system designed to improve power factor, enhance voltage stability, and reduce transmission and distribution losses. Supplies reactive power directly to the network.

General Specifications

Voltage Rating: 11 kV / 33 kV

Indoor or Outdoor Installation

Fixed or Automatic Switching

VCB / SF6 Circuit Breakers

Detuned / Current Limiting Reactors

Protection Relays, CTs & PTs

Salient Features

Increases transformer & feeder capacity utilization
Reduces reactive power demand & system losses
Long service life with high operational reliability
Modular design for easy future expansion

Applications

Substations & Utilities Steel & Cement Mining & Oil/Gas Renewable Energy