Port logistics conversations usually start with tractors, but a large share of port-area freight movement is done by rigid box trucks: container freight station transfers, bonded warehouse moves, LCL consolidation, empty equipment repositioning and the general shuttle traffic between gate, yard and off-dock facilities. That work is short, repetitive, queue-heavy and emissions-constrained — which makes it one of the cleanest electrification targets in the entire port ecosystem. The Dongfeng KT5M electric box truck — CATL 262/310 kWh LFP, LvKong 150 kW rated / 270 kW peak e-axle with a 4-speed transmission — is the unit we specify for it.
| Circuit | Distance per trip | Trips per shift | Character |
|---|---|---|---|
| Gate → container yard → CFS | 1.5–5 km | 15–30 | Queue-heavy, gate-controlled |
| Bonded warehouse → port gate | 3–12 km | 6–14 | Customs-controlled, scheduled |
| Off-dock depot → terminal | 5–20 km | 4–10 | Semi-public road, traffic exposure |
| Empty equipment repositioning | 2–15 km | 5–15 | Light load, high frequency |
Daily distance lands at 90–180 km with a very high number of stops, starts and idling periods — the worst possible duty for diesel and close to the best possible duty for an electric drivetrain.
Three reasons the rigid transfer fleet usually moves first:
Port transfer duty has an unusual energy profile: low distance, high stop frequency, substantial auxiliary draw from tail-lift or hydraulic equipment and, in tropical markets, continuous cab air-conditioning while queuing.
Electrifying the fleet without fixing queue discipline delivers only part of the available benefit. The largest productivity gains come from operational changes:
Our fleet telemetry guide covers the data structure, and weigh-in-motion and payload telematics covers load verification at the gate.
Port estates present both an advantage and a constraint:
A port electrification programme usually needs two vehicle classes, and they should be planned together:
| Class | Model | Covers |
|---|---|---|
| Terminal tractor | TE46 — 400 kWh, 315/510 kW | Container shuttle, intermodal transfer, yard moves |
| Rigid box transfer | KT5M — 262/310 kWh, 150/270 kW | CFS, bonded warehouse, LCL and equipment moves |
| Heavy haul tractor | TE8P — 400/600 kWh, up to 120 t | Out-of-gauge and heavy equipment moves |
Sharing one charging strategy, one telematics platform and one spares inventory across the three is what makes a port programme economical rather than three separate pilots.
Philippine port operations combine high transfer density, congested gate approaches and a policy framework that actively favours electric vehicles. Our Philippines market page covers import, deployment and support for Philippine port and logistics operators. Related reading: Manila port and urban fleet analysis, Cebu island logistics and KT5J in the Philippine delivery market.
KT5M FOB pricing typically falls in the USD 55,000–85,000 band depending on body and pack option, with the CATL pack warranted 8 years / 4,500 cycles to 80% state of health.
Port transfer work sits inside a customs-controlled perimeter, which imposes requirements that do not apply to ordinary distribution.
Where transfer work extends onto public roads — typically the off-dock depot leg — the vehicle also falls under general road vehicle rules, including mass and dimension limits and, in many cities, low-emission zone access. Electrification helps with the latter but not with the former: check the GVW against the road classification before committing to a route. Our zero-emission zone compliance guide covers the access and registration mechanics in detail.
Ready to electrify your fleet? Contact Shaanxi Fenghan Trading — authorized Dongfeng EV truck exporter. WhatsApp: +86 153 1943 1311 | Email: sales@fenghan-trade.com | dongfengevtrucks.com
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