Electric delivery vans and last-mile trucks are becoming a common sight outside warehouses and distribution centers across India, but many logistics operators still treat charging as an afterthought; something to sort out once the vehicles arrive. That approach rarely works. Charging infrastructure needs to be planned as part of the facility’s operations, not bolted after the fleet decision is already made.
Why warehouse charging is different from public charging
Public charging is built around occasional, unpredictable top-ups for individual drivers. Warehouse and depot charging is the opposite: it involves multiple vehicles, predictable routes, and fixed return times. This is why warehouse EV charging needs to be designed around the facility’s own logistics rhythm rather than borrowed from a public-charging template. Vehicles typically return in clusters at the end of a shift, sit through loading and unloading, and need to be ready for the next dispatch window; so charging has to fit inside that turnaround time, not compete with it.
Planning fleet charging around operations
Good fleet charging solutions start with a simple question: how many vehicles need to charge, in what window, and to what state of charge before the next route. A ten-van fleet returning in a two-hour window has very different power needs than the same fleet trickling in over a full night shift. Mapping vehicle turnaround times against charger count and power rating helps avoid both under-building (vehicles queuing for a charger) and over-building (idle capacity that adds cost without adding value).
Charger placement and electrical capacity
Charger placement should account for how vehicles actually move through the yard; loading bays, parking rows, and turning radii all affect where charging points can realistically go. Equally important is electrical capacity. Warehouses often already run significant loads for lighting, refrigeration, or material-handling equipment, so adding charging load requires a proper assessment of the existing electrical connection, transformer capacity, and any need for load management or staggered charging schedules to avoid demand spikes.
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Scaling as the fleet grows
Few operators electrify their entire fleet in one step. Infrastructure planned only for today’s vehicle count often needs expensive rework later. It helps to size the electrical backbone; cabling, panel capacity, and space for additional charge points; for a future fleet size, even if chargers themselves are added in phases.
Operational considerations
Charging schedules, driver processes, and maintenance access all need to be part of the plan, not an afterthought. Facilities that treat charging infrastructure as a core part of fleet electrification, alongside vehicle procurement and route planning, tend to see fewer operational surprises once EVs are actually running daily routes. Some distribution-center operators work with specialized charging infrastructure providers, such as Bolt.Earth, to assess site-specific load and layout requirements before installation begins.
