VFD Drive Solutions

Supply and installation of Variable Frequency Drives for energy-efficient motor control across all industries.

Variable Frequency Drive (VFD) Solutions in Kenya

Panel Tech Systems provides complete Variable Frequency Drive (VFD) solutions for motor speed control, energy savings, and process optimization. We design, supply, and commission VFD panels for industrial and commercial applications across East Africa.

Why Use VFD Drives?

Variable Frequency Drives offer significant advantages for motor-driven systems:

Energy Savings — Reduce energy consumption by up to 50% on pumps, fans, and compressors
Soft Starting — Eliminate mechanical stress and high inrush currents during motor startup
Precise Speed Control — Maintain exact process speeds for quality manufacturing
Extended Equipment Life — Reduce wear on motors, bearings, and mechanical components
Process Automation — Integrate with PLCs and SCADA systems for automated control

Our VFD Product Range

We supply and commission VFD drives from leading global manufacturers:

ABB ACS Series — Industrial drives from 0.75kW to 500kW
Schneider Altivar — Process and machinery drives
Siemens SINAMICS — High-performance drive systems
Danfoss VLT — HVAC and water/wastewater drives

VFD Panel Design & Integration

Our engineering team designs custom VFD panels that include input and output line reactors for harmonic mitigation, EMC/RFI filters for electromagnetic compatibility, bypass systems for critical applications, cooling systems, and PLC integration for multi-drive coordinated control.

Applications

Our VFD solutions are deployed in water pumping stations, HVAC systems, conveyor systems, manufacturing lines, mining operations, and building management systems.

Key Features

Energy savings up to 50% on motors

Soft start eliminates inrush current

ABB, Schneider, Siemens & Danfoss drives

Custom VFD panel design & fabrication

Input/output line reactors included

EMC filters for harmonic mitigation

Automatic bypass systems available

PLC & SCADA integration

Remote monitoring capabilities

Commissioning & training included

Need VFD Drive Solutions?

Talk to our engineers for a customized solution tailored to your requirements.

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Our Services

Low Voltage Panels

ATS / MTS Systems

Solar & EV Charging

APFC Panels

Electrical Supplies

Smart Components

Design & Engineering

PLC Automation Panels

Quick Contact

0799 531765 [email protected]

Frequently Asked Questions about VFD Drive Solutions

A VFD is an electronic motor controller that varies the frequency and voltage supplied to a 3-phase AC motor in order to vary its running speed. Modern VFDs also provide soft starting, energy savings on variable loads, precise speed and torque control, and protection against overload, phase loss, and ground faults.

On centrifugal loads (pumps, fans, compressors with variable demand) energy savings reach 30–50% because power consumption scales as the cube of speed. On constant-torque loads (conveyors, positive-displacement pumps) the savings are smaller — typically 10–20% — and come mainly from eliminating throttling losses and reducing motor idling.

Use a VFD when you need variable running speed, energy savings on a centrifugal load, frequent starts, or precise torque control. Use a soft starter when you only need to reduce inrush current and mechanical shock on starting, the load runs at fixed speed, and the lower cost matters more than running-time energy management.

We supply Commander C and Commander S drives, NE-200 series drives, and integrate ABB ACS, Schneider Altivar, Siemens SINAMICS, and Danfoss VLT drives into custom panels on request. Brand selection depends on the application — pumps, HVAC, mining, packaging — and on the support network at the install location.

It depends on the total VFD load as a percentage of the supply, the supply impedance, and the local utility's harmonic limits. For installations where VFDs are more than about 20% of total load, line reactors at minimum and active harmonic filters in larger plants are usually required to stay within IEEE 519 / IEC 61000-3-2 limits.