EV Charging
Scaling EV charging for commercial fleets
What operators need to know about load balancing, uptime, and total cost of ownership.
Charging ten vehicles overnight is a wiring problem. Charging two hundred is a power-management problem — and the difference between the two is where most fleet electrification projects stall.
The constraint is rarely the chargers
Most depots don't have a charger problem, they have a utility-service problem. Adding 40 DC fast chargers to a site built for a warehouse's lighting load means either an expensive service upgrade or a system that actively manages demand.
Load management software that staggers charging sessions across the fleet, prioritizing vehicles by route departure time, routinely delivers the same uptime as a service upgrade at a fraction of the capital cost.
Fleet charging isn't about how many plugs you install — it's about how intelligently you share the power you already have.
Four levers that determine fleet charging cost
- Peak demand — the single largest driver of commercial electricity bills, and the easiest to control with software.
- Charger mix — matching AC and DC fast charging to actual dwell time avoids paying for speed you don't need.
- Utilization scheduling — charging by departure priority instead of arrival order keeps every vehicle ready without oversizing infrastructure.
- Total cost of ownership — chargers are a fraction of lifetime cost once electricity, maintenance, and demand charges are counted.
What good looks like at scale
The fleets that scale smoothly treat charging as a scheduling problem from day one, not an afterthought bolted onto hardware. They know which vehicles need a full charge by 5 a.m. and which can trickle-charge all day.
That foresight is what turns a charging yard from a liability into one of the most predictable line items in the fleet budget.
Electrifying ten vehicles proves the technology works. Electrifying two hundred proves the operations team planned for it.
