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Industry Solutions

Electrical Solutions for Manufacturing & Industrial

LV panels, MCCs, VFD-integrated drive panels, and PLC automation for factories across Kenya. Type-tested IEC 61439 switchgear engineered for industrial duty.

Electrical Infrastructure for Manufacturing Plants in Kenya

Manufacturing plants demand switchgear that survives. Vibration, heat, dust, harmonic-rich VFD loads, frequent motor starts, and 24/7 process continuity all stress the electrical system in ways office buildings never see. Panel Tech Systems engineers low-voltage panels, motor control centres, drive panels, and PLC automation cabinets specifically for industrial duty across food and beverage, packaging, pharmaceuticals, mining, and bulk chemical facilities.

Switchgear Built for Industrial Duty

  • Power Control Centres (PCCs) — Main switchboards from 630 A to 6300 A, type-tested to IEC 61439-2, with Form 4 internal segregation for plant areas where simultaneous maintenance is required
  • Motor Control Centres (MCCs) — DOL, soft starter, and VFD starter cubicles in withdrawable or fixed-pattern construction, with integrated overload, earth fault, and bus communication
  • VFD drive panels — From 0.75 kW pump and fan drives to 500 kW process drives, including input line reactors, EMC filters, and dV/dt output filters for long motor cables
  • PLC automation cabinets — Siemens, Schneider, Allen-Bradley, and Mitsubishi controllers with redundant I/O, distributed remote modules, and SCADA integration
  • Synchronising generator panels — Multi-genset paralleling with automatic load sharing for plants where grid feed is unreliable

Designed for Continuous Production

Process plants cannot afford unscheduled outages. Our standard industrial design choices reflect that:

  • Form 4 segregation on PCCs and MCCs so individual feeders can be isolated without de-energising the busbar
  • Selectivity studies at quotation stage to ensure downstream faults don't trip upstream breakers
  • Redundant control supplies on PLC and instrumentation panels, with UPS bridging for orderly shutdown
  • IP54 or IP65 enclosures standard, with stainless steel and special coatings available for corrosive environments
  • Forced ventilation or air-conditioned cabinets for high-VFD loads in hot ambients

Compliance and Documentation

Every industrial panel ships with the full verification matrix required by IEC 61439, the as-built electrical drawings, the I/O list, the control philosophy, the PLC source code (where applicable), and a Factory Acceptance Test report. KEBS and EPRA compliance is handled as part of the project deliverables.

Industries Within Manufacturing

We deliver panels to food and beverage plants, pharmaceutical and cosmetics manufacturing, packaging lines, cement and aggregate operations, steel rolling, edible-oil processing, textiles, plastics, and bulk chemical storage across Kenya, Uganda, Tanzania, and Rwanda.

Building or upgrading manufacturing & industrial infrastructure?

Our engineers will scope, design, and deliver electrical systems built to your sector's reliability standards.

Frequently Asked Questions — Manufacturing & Industrial

Form 4 is the highest internal-separation rating in IEC 61439. It segregates busbars, functional units, and outgoing terminals into compartments so that maintenance on one feeder can be carried out while the busbar and other feeders remain energised. Specify Form 4 for plants where any downtime is costly — process industries, food-and-beverage, pharmaceuticals.
Where total VFD load is more than 20% of the plant supply, we specify line reactors at minimum, with active or passive harmonic filters above 100 A per drive. For large drives in mining or process plants, IEEE 519-compliant filter banks at the substation level keep total harmonic distortion within utility limits.
Phased MCC retrofits are common. We install temporary feeds, transfer one section at a time, and run dual cabinets during the changeover. Most upgrades complete over a series of weekend shutdowns rather than a single long outage. We coordinate the work plan with the plant maintenance team and EPRA.
A modern motor feeder includes thermal overload, short-circuit (typically a moulded-case circuit breaker), earth fault (residual current monitoring at higher levels), phase-loss detection, and where the load justifies it, electronic motor protection relays with thermal modelling and bearing-temperature inputs.
Yes. Standard industrial PCC and MCC designs include 20–30% spare capacity in busbar rating and a defined number of spare cubicles. This avoids needing to replace the main panel when production lines are added later. The spare provisions are noted in the as-built documentation.