Commercial work trucks and fleet vehicles rely on mobile power conversion to run power tools, diagnostic equipment, and job-site lighting directly from DC battery banks. Integrating dedicated inverters and inverter chargers into vehicle electrical systems eliminates unnecessary engine idling, decreases fuel consumption, and delivers reliable 120 VAC power across remote job sites.
This heavy-duty unit combines a pure sine inverter, multi-stage smart charger, and automatic transfer switch to power clean 120 VAC loads and recharge auxiliary batteries.
A high-output modified sine wave inverter with dual GFCI outlets built to run resistive power tools, lights, and job-site equipment.
A rugged low frequency pure sine inverter for service trucks that need clean AC power on the go, without a charger or transfer switch to pay for.
Match inverters and chargers to array sizes and battery capacity for off-grid residential and commercial setups.
Spec pure sine power to run coach electronics, appliances, and onboard 120/240 VAC systems cleanly.
Run tools, diagnostic equipment, and job-site lighting off an auxiliary battery bank without idling the engine, using a pure sine inverter sized to the truck’s heaviest startup load.
Integrate certified power platforms directly into custom manufacturing builds with dedicated volume pricing and technical support.
Deliver regulated 120 VAC power for passenger electronics, auxiliary lighting, and onboard amenities.
I am a monk, and have been camped out in the remote wilderness of Utah for eighteen years. I have been living off of AIMS inverters for the past fourteen years, running many high-load power tools, and their reliability and the AIMS customer service have made me a devotee. I am particularly fond of their pure sine wave inverters!
Andrew over at AIMS is who you need for your install. I called Andrew probably more than any of their customers. Every time he had a def answer for every question I had. We engineered a $15,000 system for my 1 & only battery operated food truck.
Used the 2000W Pure Sine wave model for a hunting trip to Canada. 4,000 miles on the road including the ROUGH off roading in back country. The power supply worked perfect powering a 15cuft chest freezer in the truck bed the whole trip.
Work truck power systems face continuous vibration, wide temperature swings, and fluctuating alternator outputs. Our engineering team sizes the complete DC circuit together, matching the inverter, inline fuse blocks, and auxiliary battery bank to prevent voltage drop and premature component wear.
Calculate the combined continuous wattage of all equipment running at the same time, then check the motor startup requirements. High-demand tools like an air compressor, table saw, or heavy-duty power inverter load often need three times their running watt rating to start under full load without triggering an overload fault condition. To determine the exact capacity and battery requirements for your specific tool lineup, use the AIMS Power Inverter Calculator to match total wattage, surge demand, and run time before selecting a unit.
Operating an inverter off an auxiliary deep cycle battery bank allows technicians to run power tools, test benches, and sleeper cab amenities with the vehicle engine turned off. This cuts fuel consumption on the job site, reduces maintenance intervals on the vehicle alternator, and limits wear on diesel aftertreatment systems.
A pure sine wave inverter delivers utility-grade AC power that keeps sensitive electronics, variable-speed power tools, diagnostic computers, and multi-bay battery charger setups running cool without electrical interference. A modified sine wave model offers a practical, lower-cost alternative for basic resistive loads, work lights, and simple electric motors.
Drawing continuous output over 1000 watts directly from a standard truck battery can drain the starting bank and cause low voltage shutdowns. Adding an auxiliary battery bank isolated from the starter battery keeps power flowing to your tools while protecting the vehicle’s starting capability.
High DC current draw over extended distances causes significant voltage drop if the wire gauge is undersized. Use thick, pre-assembled copper cables paired with an inline circuit breaker or fuse block sized to your inverter’s maximum continuous and surge current to ensure safe, stable operation in the field.
