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Industry Solutions

Electrical Solutions for Agriculture & Agribusiness

VFD-driven irrigation pumping, dairy refrigeration switchgear, grain-handling motor control, and solar-hybrid panels for farms and agribusiness across Kenya.

Electrical Solutions for Agriculture and Agribusiness

Agricultural operations across Kenya — from horticulture under irrigation in Naivasha, to large-scale dairy in Kiambu, to commercial maize and tea processing — depend on electrical systems that survive dust, voltage variability, lightning, and operating environments far from grid stability. Panel Tech Systems designs and builds the pump control panels, VFD drive panels, dairy refrigeration switchgear, grain-handling MCCs, and solar-hybrid cabinets that keep agribusiness running.

Solutions for Common Agricultural Loads

  • Irrigation pump control panels — VFD-driven for variable-demand drip systems, soft starters for sprinkler-set installations, with pressure-based and flow-paced control logic
  • Borehole and submersible pump panels — IP65 outdoor cabinets with dry-run protection, lightning surge protection, and remote telemetry to the farm management dashboard
  • Dairy refrigeration switchgear — milk-tank chiller MCCs with single-pump or duplex configurations, automatic alternation between coolers, BMS integration for tracking
  • Grain-handling MCCs — motor control for elevators, dryers, dust extraction, and bagging machines, typically with PLC sequencing
  • Greenhouse climate-control panels — exhaust fan staging, cooling-pad pump control, lighting on photoperiod schedules, integrated with humidity and CO2 sensing
  • Solar-hybrid pumping — for boreholes where grid is unavailable or unreliable; hybrid VFD with PV input plus battery backup

Designed for the Agricultural Environment

  • IP65 enclosures standard for outdoor pump head and field cabinets; IP66 in flood-prone yards; stainless steel for the coast
  • Lightning surge protection on every outdoor cabinet — borehole sites and field installations take frequent strikes during rainy seasons
  • Phase-loss and undervoltage protection — rural distribution is variable; modern pump panels protect motors from supply-quality faults
  • Reduced-spec spare component kit bundled with the panel — the nearest spare supplier may be hours away
  • Solar-ready architectures — panel designs that can accept PV inputs later without rewiring

Project Experience

From horticultural farms shipping flowers daily to large dairy processors and grain milling operations, our panels deliver the reliability rural and peri-urban agribusiness demands. EPRA compliance and KEBS submittals are handled in our deliverables.

Building or upgrading agriculture & agribusiness infrastructure?

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

Frequently Asked Questions — Agriculture & Agribusiness

VFDs let the pump match flow to actual demand: drip irrigation rarely needs full design flow continuously, so the VFD drops speed during low-demand windows. Energy savings of 30–50% are typical on centrifugal pumps with variable demand profiles. The VFD also eliminates water hammer at pump start and reduces motor inrush on weak rural supplies.
Two methods, often combined: current-deficit detection (the motor draws less current when pumping air than water, the controller trips on this signal), and pressure-switch or level-probe interlocks (a discharge pressure below a configured threshold trips the contactor). Modern pump control panels include both as standard.
Yes, with a hybrid VFD that accepts both AC and DC inputs and a battery storage bank sized for at least one full day of pumping. We design these systems for boreholes where grid is unavailable or unreliable. The system can also be configured to pump excess capacity into elevated storage tanks during sunlight hours and gravity-feed at night.
Rural cabinets are particularly exposed. Standard protection includes a Type 2 surge arrester at the panel incomer, Type 3 surge protection on instrumentation circuits, and a properly bonded earthing electrode. For sites in lightning-prone regions (e.g., parts of Kericho, Mt Elgon) we add Type 1 surge arresters and isolating transformers on long signal runs.
Yes. We integrate cellular GSM modems (or LoRa where coverage is available) into pump panels and other remote cabinets. The telemetry sends run-time, energy consumed, flow, pressure, and fault status to the farm management dashboard, with SMS alerts on critical alarms.