A disciplined EV evaluation starts with data from the owner's own operation. Record every day's distance, payload, parked hours, route gradients, ambient conditions, trailer use and possible charging window. Then inspect the electrical installation where the vehicle would live overnight and calculate whether it can deliver the required energy without disrupting other operations. When a Kenyan D-Max EV is announced, compare its official usable battery, charging limits, warranty, range, service network, battery repair process, tyre package, payload and towing approval with that record. The correct conclusion may be an excellent fit for a depot fleet, a sensible partial-fleet trial, or a poor match for a remote route. No one can decide it from a global WLTC number alone. A fleet should test the charging question before it tests the marketing claim. Map when the truck is parked, who controls the electricity account, what happens after a late shift, and whether an outage or unscheduled journey breaks the plan. Add the payload, trailer and accessory needs that can change energy use. If Isuzu East Africa confirms a D-Max EV, request its local battery warranty, connector, AC and DC limits, usable range method, recovery process, payload and tow approval. The published global technical reference is informative, but it cannot answer these Kenyan ownership questions by itself.