PCC Panel Manufacturer in Vadodara, India

PCC stands for Power Control Centre. It is the board that receives the incoming supply from the transformer or the generator and distributes it to the plant's outgoing feeders — MCCs, utility boards, lighting boards and large individual loads. It is the single point at which the whole plant's power passes, which is why its busbar, its incoming device and its fault withstand set the ceiling for everything downstream.

Wisdom Techno Solutions builds PCC panels to order at our works in Vadodara, Gujarat, for industrial plants, EPC contractors and infrastructure projects across India. Every board is engineered against your single line diagram, load list and system fault level — not adapted from a standard catalogue design.

• Busbar systems to 6300 A, copper or aluminium, Form 1 to Form 4B separation
• Built inside design-verified licensed systems — Rittal Ri4Power, C&S CX, Siemens SIEPAN
• ACB or MCCB incomers, fixed or draw-out, with bus coupler and interlocking where specified
• Modular construction with separate chambers for busbars, cables and functional units
• Multifunction metering, protection relays and Modbus communication where the project needs them
• Busbars, switchgear, wiring and enclosure assembled and tested in-house, with a FAT report on every board

From a single-incomer distribution board to a two-incomer-plus-bus-coupler assembly with mimic bus and metering, the specifications below cover our standard build. Applicable ratings are confirmed against your specification before manufacturing begins.

The table below covers the standard build. Every panel is engineered against the project single line diagram, load list and fault level, so the applicable ratings are confirmed against your specification before manufacturing begins.

The two boards are often bought together and confused with each other. They do different jobs, and specifying one when you need the other is an expensive correction after the GA drawing is approved.

A separate PCC earns its place where availability matters and the plant is large. Distribution and motor control sit in different enclosures, so a fault in the MCC does not involve the distribution board, and either can be shut down for maintenance without the other. On a plant that cannot lose both at once, that separation is the whole point.

It is the wrong choice where floor space is the binding constraint and the motor group sits close to the incoming point. Two boards mean two sets of incoming gear and an interconnecting cable run sized for the full MCC load. On a compact plant room a PMCC — distribution and motor control in one assembly — removes both. That decision belongs at the layout stage, not after the GA is approved.

Send these and every offer you receive will be comparable:

• Single line diagram
• Load list with connected and demand loads
• Transformer rating and impedance
• System fault level
• Required form of separation and IP rating
• Indoor or outdoor installation, single front or double front
• Busbar material, enclosure material and paint shade
• Metering and communication requirements
• Spare feeder and future expansion provision
• Applicable standard, with part and year

Where the load list is not ready we can build an offer from the transformer rating and an outline feeder schedule, and refine it once the list exists.

• Sizing the busbar on today's load. The transformer rating, not the present load list, sets the ceiling on a PCC — and the board will outlive several load changes.
• Specifying a bus coupler without specifying the interlocking. Two incomers and a coupler need a stated transfer philosophy, manual or automatic, with the 2-out-of-3 interlock defined in the enquiry.
• Copying the form of separation from an old tender instead of deciding it from the plant's maintenance philosophy.
• Omitting the fault level from the enquiry. Without it no vendor can size the assembly correctly, and the offers stop being comparable.
• Writing "as per IEC 61439" with no part and no year. The verification evidence a manufacturer submits has to be traceable to a specific standard and configuration.

Wisdom Techno Solutions is a licensed partner for three design-verified switchgear platforms — Rittal Ri4Power since 2021, C&S CX since 2023 and Siemens SIEPAN Elite/8PU since 2024. We build inside each system's verified configuration and routine-verify every assembly in-house at our Vadodara, Gujarat facility. Under IEC 61439 the design verification belongs to the system owner and the routine verification to the assembly manufacturer — what that division of responsibility means for a buyer is set out here.

Engineering guides from our team on the calculations and design decisions behind a PCC panel:

• Electrical load list and transformer / incomer sizing
• How to calculate busbar size for LT panels
• Icu vs Ics vs Icw — selecting the correct short-circuit rating
• Form 1 to Form 4B — which panel separation you actually need
• 2 incomer plus bus coupler interlocking and 2-out-of-3 logic
• Circuit breaker selectivity, discrimination and cascading
• Electrical panel earthing and earth busbar design
• Electrical panel FAT and routine test checklist

If this is not the right fit for your layout, these are the alternatives we build to the same standard:

• MCC panels — centralised motor control and protection, sized to the motor schedule
• PMCC panels — PCC distribution and MCC motor control combined in one assembly
• IPCC panels — intelligent power control with metering and protection on a communication bus
• DG synchronization panels — two or more generators running in parallel with load sharing
• APFC panels — automatic power factor correction, sized to the plant's reactive load
• IEC 61439 panels — how design verification and routine verification work under the standard

Email your single line diagram, load list and system fault level and our engineers will come back with a technical offer. Not sure what to send? See what a panel manufacturer needs in order to quote accurately.