Electric Utility & Airport Ground Support Equipment

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ElecLab provides elite, engineering-grade diagnostic, component-level repair, rebuilding, and reconditioning for electric utility vehicle controllers, airport ground support electronics, electric transport power systems, and high-efficiency battery charging electronics.

Engineered for commercial airports, logistics hubs, golf and country clubs, industrial campuses, and specialized fleet operators across North America, we restore complex electric vehicle (EV) drive architectures and power management units to strict OEM electrical tolerances and operational reliability.

• Airport Ground Support Equipment (GSE): Electric baggage tugs, cargo haulers, pushback tractors, tarmac personnel carriers, and specialized airport utility transports.
• Light Electric & Utility Transporters: Industrial burden carriers, facility maintenance carts, and high-capacity multi-passenger electric utility vehicles.
• Golf & Sport Utility Transporters: Electric golf carts, turf maintenance vehicles, and specialized athletic/sporting venue personnel transporters operating in demanding recreational and commercial environments.

• Drive & Controller Systems: Curtis Instruments, Sevcon, Zapi, Danaher Motion, Kelly Controller, and proprietary DC motor drive architectures.
• Power Charging & Conversion Ecosystems: High-frequency industrial and on-board battery charging systems (including specialized heavy-duty commercial chargers such as Eagle / Lester Electrical platforms designed for 36V, 48V, and multi-voltage traction battery arrays).

• DC Motor Power Stages: Component-level repair and rebuilding for series-wound and permanent-magnet DC motor controllers, high-current switching transistors, and PWM (Pulse Width Modulation) power amplifier boards.
• Heavy-Duty Switching & Protection: High-capacity electromechanical contactors, reversing solenoids, main power fuses, and thermal-overload protection circuits.

• Traction Battery Systems: On-board and off-board high-frequency battery chargers, DC-DC voltage converters (stepping down 36V/48V traction voltages to 12V auxiliary rails), and auxiliary power distribution boards.
• Battery Management & Monitoring: State-of-charge (SoC) indicator circuits, cell-balancing modules, and lead-acid/lithium battery management infrastructure.

• Accelerator & Throttle Modules: Electronic accelerator pedal modules, inductive throttle sensors, and optical potentiometer interfaces.
• Operator Dashboards & Communication: Dash-mounted operator display panels, diagnostic programming ports, CAN-bus communication nodes, and forward-neutral-reverse directional switch electronics.

• Full-Load Throttle Response Simulation: Comprehensive bench testing to simulate variable throttle inputs, ramp-rate adjustments, and signal linearity.
• Dynamic Brake & Motor Load Testing: Regenerative braking verification, thermal endurance checks, and full-load current draw validation to ensure absolute fleet-grade safety and reliability.