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Industry Solutions

Electrical Solutions for Education

LV switchgear, ICT-room power, BMS control panels, and standby-generator transfer for schools, colleges, and university campuses across Kenya.

Electrical Infrastructure for Schools and Universities

Education campuses have distinct electrical demands: heavy IT-room loads, large mixed-occupancy demand profiles, and the non-negotiable need to keep classrooms, dispensaries, kitchens, and dormitories running through grid outages. Panel Tech Systems delivers the LV switchgear, MCC panels, ATS systems, and BMS-integrated controls that serve primary schools through to multi-campus universities across Kenya and East Africa.

Switchgear We Build for Campuses

  • Main switchboards — typically 800 A to 3200 A with split-bus designs for multi-block campuses. Form 4 segregation where any single faculty cannot afford an outage
  • Sub-distribution boards per block — student halls, lecture theatres, ICT labs, sciences blocks, dispensaries, kitchens
  • ICT and server room PDUs — branch-circuit metered, with UPS bridging for academic-records and finance systems
  • Generator changeover panels — ATS sized for the essential-services package (ICT, dispensaries, security lighting, kitchen extraction, water pumping)
  • Solar combiner and ATS for hybrid campuses — increasingly common for boarding institutions on grid-marginal sites

Engineering for the Education Sector

  • Phased commissioning coordinated with the academic calendar — most retrofits happen during long breaks
  • Operator-friendly design with clear labelling, lockable isolators, and operator-grade SCADA so the bursar's maintenance team can operate the system safely
  • Sub-metering by faculty or block for budget accountability and demand-management reporting
  • BMS integration for chiller plants, computer-room cooling, and energy reporting
  • Resilience for examinations — orderly load-shedding protocols so high-value loads (examination centres, IT) stay up while low-priority loads (kitchen non-essential) drop during constrained-supply windows

Project Experience

From private primary schools and TVET centres to mid-sized universities and high-density boarding institutions, our panels deliver the electrical reliability the academic year depends on. We deliver to KEBS / EPRA standards, with full handover documentation to the institution's estates office.

Building or upgrading education infrastructure?

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

Frequently Asked Questions — Education

Start from the connected load schedule for each block (classrooms, ICT labs, kitchens, dormitories, dispensary), apply realistic diversity factors per block (typically 0.5–0.8), and size the main switchboard for the combined diversified demand plus a 20–30% spare for future expansion. ICT-room loads in particular need protection coordination because of UPS inrush during transfers.
Essential-services for a boarding school typically include kitchen extraction and refrigeration, water pumping, dispensary cold-chain, exterior security lighting, exam-centre ICT, and corridor emergency lighting. Sizing the generator for this essential package usually lands at 30–50% of total connected load — significantly cheaper than a generator sized for the whole campus.
Yes. All our panels above 100 A include Modbus RTU / TCP communication on the meters and main feeders. BACnet IP is available for chiller plant control. We expose load, voltage, current, power factor, and energy consumption — the BMS can read all of these and surface them to the estates office.
For active-term retrofits we install temporary feeds and transfer one block at a time over weekends. For larger projects we plan main switchboard replacement during long breaks (April / August / December). The work schedule is agreed with the estates office at quotation stage to avoid clashing with examinations or hostel occupancy.
Yes. Sub-metering at the floor or block level is included in standard distribution board specifications. Faculties can be billed against actual consumption, and the energy management team can spot anomalies (e.g., an unexpectedly high consumption from an experimental lab) early.