Purchase price is the least interesting number in this comparison. Over a ten-year service life, what separates electric and gas burden carriers is everything that happens after the invoice.
Fuel and energy
Electric drive costs a small fraction of gasoline per operating hour. The exact spread depends on your utility rate and local fuel prices, but the direction is never in question. For a vehicle running multiple shifts, this alone accumulates into real money.
Maintenance
This is the larger gap. A gas burden carrier has an engine, and an engine has oil, filters, belts, plugs, a fuel system, and an exhaust system. Each is a scheduled service interval and a potential failure point.
An electric drivetrain has a motor, a controller, and a battery. There is no oil to change. Over a decade, the difference in maintenance labor hours is substantial, and it is labor you are paying for whether you have an in-house shop or a service contract.
Indoor operation
Gas engines produce carbon monoxide. Running them indoors requires ventilation capacity and, in many facilities, air monitoring. In enclosed spaces, cold storage, or food and pharmaceutical environments, combustion equipment is often simply not permitted.
Electric removes the question entirely. The same vehicle runs indoors and outdoors with no ventilation planning and no exhaust management.
Noise
Underrated as a factor. A quiet vehicle in a production environment means operators hear alarms, hear forklift horns, and hear each other. It also means the vehicle can run in areas where noise ordinances or shift policies restrict engine equipment.
Where gas still wins
Continuous heavy outdoor duty on rough terrain, long distances between charging infrastructure, or facilities that already run a gas fleet and have the fueling and service infrastructure amortized. If you are running eight hours straight across a large outdoor yard with no opportunity to swap or charge, gas has a real argument.
The battery question
The usual objection to electric is downtime on a charger. Swappable batteries answer it. A 48V pack that lifts out in under a minute converts a one-shift vehicle into a three-shift vehicle for the cost of a spare pack — far less than a second vehicle, and far less than the fuel and service delta over the life of the equipment.
Tell us your duty cycle and we will model the battery count against it.