Refuse collection vehicles: the toughest municipal duty cycle
RCVs are heavy, stop-start and work all day — one of the hardest vehicles to electrify. Here's what that means for charging and planning.
Last updated 15 August 2026
Refuse collection vehicles are among the hardest municipal vehicles to electrify — heavy, stop-start, and working long, energy-hungry days. Planning for them needs extra care.
Why RCVs are demanding
An RCV is heavy, does constant stop-start driving, and often runs the bin-lifting equipment off the same battery — all of which consume a lot of energy over a full working day. That means big batteries and a real focus on whether the daily energy need can be met within the available charging window.
The charging implication
Because RCVs work most of the day and return with low charge, they lean on solid overnight charging — and the depot must be sized to refill several energy-hungry vehicles reliably before the next shift. Careful duty-cycle modelling matters more here than for lighter vehicles, because the margins are tighter.
Getting it right
The stop-start nature actually helps in one way: regenerative braking recovers energy, and the predictable, back-to-base routine suits depot charging well. The key is honest modelling — real routes, real loads, real winter conditions — so you don’t under-provide. Where a route is marginal, note what would close the gap: a larger battery, or a mid-shift top-up.
Plan carefully, then commit
RCVs reward planning. Model the hardest routes first, size charging with margin, and phase them in once you’re confident the numbers hold. They’re demanding but very electrifiable — many authorities already run them — provided the charging design respects just how much energy a full day of collection takes.