PCC Panel Manufacturer in India – Power Control Center Panels

At Autologic Controls, we design and manufacture Power Control Center (PCC) Panels that serve as the central nervous system of industrial and commercial electrical systems. Built in Ahmedabad, Gujarat, and trusted across India, our PCC Panels are engineered to handle current ratings from 100A to 6300A — delivering reliable, safe, and efficient power distribution for facilities of every scale.

Whether you manage a manufacturing plant, a data center, or a large commercial building, the right PCC Panel is what keeps your operations running without interruption. Our panels are customized to your exact load requirements, comply with IS 8623 and IEC 61439 standards, and come with IP54 or IP65 protection ratings for both indoor and outdoor environments.

What Is a PCC Panel? (Power Control Center Explained)

A PCC Panel short for Power Control Center Panel — is a low-tension (LT) distribution board that receives electrical power from a transformer or generator and distributes it to multiple outgoing feeders. Think of it as the primary power hub of your facility.

Unlike a simple distribution board, a PCC Panel integrates control, protection, and metering functions in a single compartmentalized enclosure. It houses incoming circuit breakers (ACBs or MCCBs), bus bars, outgoing feeders, and protective relays all in one robust metal-clad structure.

In large industrial setups, the PCC Panel sits between the HT transformer and the Motor Control Center (MCC Panel), playing the critical role of regulating and protecting the flow of power across the entire facility.

Why Choose Autologic Controls as Your PCC Panel Manufacturer?

With years of hands-on experience manufacturing LT control panels in Ahmedabad, Autologic Controls has built a reputation for producing panels that are not just functional — but built to last in demanding industrial environments.

• Compartmentalized Construction: Each feeder section is isolated, preventing fault propagation and allowing safe maintenance even while the panel is partially energized.
• Customized for Your Load Profile: We configure current ratings, feeder counts, and protection features based on your actual load schedule — not a generic standard design.
• High-Quality Components: We source switchgear, busbars, and metering instruments from trusted brands, ensuring long operational life and low maintenance.
• IP54 Standard / IP65 on Request: Our panels are suitable for both clean indoor environments and harsh outdoor or dusty industrial sites.
• IS / IEC Compliance: Manufactured in accordance with IS 8623, IEC 61439, and relevant Indian Electricity Rules — suitable for factory-approved and government-project requirements.
• On-Time Delivery with Full Documentation: We provide GA drawings, single-line diagrams, and test reports with every panel — so your installation team has everything they need from day one.
• After-Sales Support: Based in Ahmedabad with service reach across Gujarat and pan-India, our team is reachable for commissioning support and spares.

PCC Panel Technical Specifications at a Glance

All specifications are indicative. Final specifications are determined based on your load schedule and project requirements. Contact us for a customized quotation.

Industries and Applications Served

Our PCC Panels are deployed across a wide range of sectors that require centralized, protected, and scalable power distribution:

• Manufacturing Plants — Textile mills, auto components, plastics, rubber, and heavy engineering units
• Chemical and Pharmaceutical Industries — Where panels must meet stringent safety and IP protection standards
• Power Plants and Substations — As the primary LT distribution point post-transformer
• Commercial Buildings and IT Parks — For distributing power across multiple floors and electrical zones
• Oil and Gas Facilities — Designed for hazardous area classifications with appropriate protection
• Infrastructure and Real Estate — Residential townships, malls, hospitals, and educational institutions
• Data Centers — Where continuous power availability and precise monitoring are non-negotiable
• Solar and Renewable Energy Plants — As ACDB/DCDB-side LT panels for solar PV systems
• Mining Operations — Ruggedized versions for demanding site conditions

How a PCC Panel Works — A Quick Overview

Incoming power from a transformer (typically at 415V, 3-phase, 50Hz) enters the PCC Panel through an Air Circuit Breaker (ACB) or a Moulded Case Circuit Breaker (MCCB) acting as the incomer. This power is then distributed across a common copper or aluminium busbar running through the length of the panel.

Each outgoing feeder has its own protection device, typically an MCCB or a fused switch that supplies power to a specific load: an MCC Panel, a distribution board, a large motor, or a sub-feeder panel. Metering devices continuously monitor voltage, current, frequency, and power factor in real time.

In the event of a fault overcurrent, short circuit, earth fault, or undervoltage the protection relays trip the relevant breaker, isolating only the affected circuit while the rest of the panel continues normal operation.

How to Choose the Right PCC Panel — Buyer’s Checklist

When procuring a PCC Panel, ensure your supplier and design address these key points:

• Correctly calculated fault level (kA rating), undersizing here is a safety hazard
• Adequate busbar sizing with temperature rise test compliance (as per IEC 61439)
• Proper cable entry glands and cable management for ease of installation
• Metering and monitoring provision — energy meters help identify power loss and inefficiencies
• Clear compartmentalization so individual feeders can be isolated for maintenance
• Documentation package: GA drawing, SLD (single-line diagram), BOM, test report
• After-sales support and spare parts availability from the manufacturer