Electric vehicle (EV)
Compare configurations
Compare electric commercial vehicle body types
| Configuration | Body and auxiliary load | Electric duty cycle | Route fit | Main advantage | Selection limits and trade-offs |
|---|---|---|---|---|---|
| Electric Van | Compact enclosed body with a comparatively low auxiliary-load requirement | Parcels, tools and urban service cargo | Predictable city routes returning to a charging base | Compact enclosed electric delivery platform | Duty cycles exceeding confirmed payload, range or charging access |
| Electric Dropside Truck | Open body for side loading, cargo restraint and worksite access | Municipal, landscape, material and local service cargo | Short planned routes with depot charging | Combines open loading access with electric drive | Weather-sensitive cargo or unverified high-energy duty cycles |
| Electric Van Truck | Larger enclosed box body with cargo and auxiliary load review | Protected urban and regional distribution cargo | Defined multi-stop routes with planned charging windows | Provides more enclosed cargo space than a compact van | Routes with no charging plan or payload beyond the approved chassis |
| Electric Refrigerated Truck | Insulated body and refrigeration load integrated with the energy plan | Chilled or frozen delivery under a validated temperature profile | Predictable cold-chain routes with charging and pre-cooling access | Combines electric drive with temperature-controlled delivery | Routes where traction and refrigeration energy demand is unverified |
| Electric Special-Purpose Vehicle | Project-specific body and auxiliary equipment integrated with the electric chassis | Municipal, service or specialist tasks with a defined energy profile | Repeat operations where charging, payload and equipment duty can be modelled | Adapts an electric platform to a defined specialist task | Unspecified missions or auxiliary loads without an energy and compliance review |
Choosing an electric commercial vehicle for the daily duty
KEEYAK's Electric Van is an integrated cargo van; Electric Van Truck has a separate enclosed box body. Compare the finished cargo space and clear door openings against the goods you need to load. A dropside offers open side access when that suits the task. The van and box-body comparison explains how the two enclosed arrangements affect deliveries. Assess payload with any auxiliary equipment carried on the vehicle.
Use daily distance and route conditions to assess energy demand in the expected climate. Refrigeration and other auxiliary loads need to be considered alongside traction energy. Check the route and reserve calculation against charging that fits the planned downtime, using a compatible standard and available supply. Confirm service support at the destination before choosing the vehicle.
Guides to choosing and using your vehicle
Compare vehicle types, check operating limits and find advice on buying, inspection and maintenance.