Lomé has quietly become West Africa’s most efficient container port. The only deep-water terminal on the coast between Abidjan and Lagos, it tranships for the entire region — and every container that lands there moves the last 5-50 km by truck: to the port’s own logistics zone, to warehouses along the N1, to the cement plants east of the city, or onto corridor tractors bound for Burkina Faso, Niger and Mali. That final-leg freight is compact, repetitive and urban — precisely the profile where an EV truck fleet produces its largest cost advantage. This article examines the Dongfeng KT5M electric box truck in Lomé port logistics service.
Port logistics zones share a freight signature: short distances (5-50 km), high daily utilisation (two shifts are common at Lomé’s terminals), heavy queue time at gates, and nightly return to the same secured yard. The queue-time factor alone justifies the analysis — a diesel box truck idling at a terminal gate burns 2.5-3 litres per hour producing nothing; the KT5M’s electric drivetrain draws essentially zero at standstill. At Lomé’s gate congestion levels, idle fuel represents 20-30% of a diesel truck’s daily energy bill. The second factor is utilisation: two-shift operations double the annual kilometres, which halves the payback period of the electric premium. High-utilisation urban freight is the segment where EV truck economics are strongest everywhere in the world, and Lomé’s port zone is exactly that.
| Parameter | KT5M Electric Box Truck |
|---|---|
| GVW / payload | 9-12 t class / 4.5-6 t payload |
| Battery | 140-180 kWh CATL LFP |
| Motor | LvKong 150-190 kW peak / 1,100-1,500 Nm |
| Real-world range (port-city duty) | 200-240 km — 2-3 days of typical runs |
| DC charge 20-80% | ~40 min at 120 kW |
| Body options | 28-35 m³ dry box, curtainside, reefer |
| Battery warranty | 8 years / 4,500 cycles to 70% SOH |
| FOB price band | US$48,000-62,000 |
The range figure translates into operational reality like this: a Lomé port-zone box truck averages 60-100 km per day across warehouse shuttles, gate runs and city deliveries. A 140 kWh KT5M therefore charges every second or third night, not every night — which flattens the depot’s power demand and means a five-truck fleet runs comfortably on a single 120 kW DC charger plus overnight AC. Under-specifying chargers is the common error; over-specifying them is the expensive one. The duty-cycle data says Lomé fleets need less charging hardware than buyers assume.
Togolese diesel runs US$1.00-1.10 per litre; a 9-12 t box truck on port duty burns 0.30-0.38 L/km including idle time — about US$0.34 per kilometre. The KT5M consumes 0.75-0.90 kWh/km; at CEET industrial tariffs of roughly US$0.13-0.15/kWh, US$0.12 per kilometre. On 4,500 km per month (two-shift port duty), the monthly energy saving is about US$1,000 per truck. Maintenance adds US$200-300 monthly — no oil, no clutch, no DPF, and brake pads lasting 2-3x longer. Against a US$18,000-25,000 purchase premium, payback lands at 15-20 months. For the reefer variant serving Lomé’s cold chain (frozen fish and poultry transhipment is significant), the case strengthens further: the electric reefer runs off the traction battery at a fraction of a diesel reefer unit’s fuel cost.
Lomé’s port logistics zone and the N1 warehouse corridor have the medium-voltage capacity for depot charging; a ten-truck KT5M fleet runs on roughly 300-350 kVA with managed charging — a standard industrial connection for the CEET network in this district. The practical layout: one 120 kW DC charger per 6-8 trucks for rotation charging, overnight AC at each bay, and the load-management controller configured to the terminal’s shift schedule. Togo’s solar resource (4.8-5.2 peak sun hours) makes a yard canopy strongly economic: 150-250 kWp offsets 40-55% of charging energy and provides covered parking in a port city where shade has operational value.
A planning note specific to transhipment hubs: freight volumes at Lomé are growing as the port captures market share, and electrification infrastructure should be sized for the fleet at month 24, not month one. We specify switchboards and conduits for double the initial charger count — the marginal cost is trivial at construction and eliminates the most expensive retrofit in fleet electrification, which is re-digging the yard.
Togo offers duty advantages on electric vehicles, and Lomé’s RoRo facilities are the most efficient on the coast — the same operational excellence that won the transhipment traffic applies to truck imports, with 30-36 day sailings from China and fast customs cycles. We deliver the French-language homologation dossier, UN R100 certification and parts kit as standard. For logistics groups operating across the coastal corridor, our Ghana market page covers the parallel Tema port ecosystem 190 km east — several 3PLs run both ports’ final-leg fleets, and platform standardisation across Lomé and Tema halves parts and training overhead.
The corridor dimension deserves emphasis because it is Lomé’s unique role: the port is the maritime gateway for Burkina Faso, Niger and Mali, and the N1 corridor fleets serving those landlocked markets are watching the coastal electrification closely. The box trucks electrify first; the corridor tractors follow as charging extends north. Fleet owners with both coastal and corridor operations can sequence exactly this transition, and the telematics platform manages the mixed fleet through the whole migration.
The strongest first candidates are the terminal-adjacent 3PLs and the cement/food distributors with captive port-zone routes. Their utilisation is the highest, their yards are already secured and powered, and their customers — increasingly the multinational FMCG groups with scope-3 targets — will pay attention to zero-emission final legs. Lomé won its transhipment position by moving faster than its neighbours on port efficiency. The same instinct applied to final-leg electrification produces the region’s lowest-cost port logistics — and the arithmetic above suggests the window where this is still a differentiator, rather than a necessity, is measured in years, not decades.
The deployment pattern that works at Lomé mirrors what succeeds in port cities worldwide, and operators can plan against it directly. Phase one — two to three trucks on the highest-utilisation shuttle (terminal to the main logistics zone), one DC charger, and a deliberate data-gathering quarter: the telematics record of energy per trip, queue-time savings and driver feedback becomes the business case for phase two. Phase two — expansion to eight to twelve trucks as the first contract renewals approach, with the charger network extended along the N1 warehouse corridor and the solar canopy added to the depot. Phase three — the reefer variants for the cold chain and the first conversations with corridor partners about shared charging toward the north. Each phase is funded substantially by the savings of the previous one; the fleet effectively expands on its own cash flow.
Lomé’s competitive dynamics add urgency to the timing. The port’s success has attracted regional logistics investment, and the 3PL community there is sophisticated — the same groups evaluating electrification in Tema, Abidjan and Lagos are watching each other’s moves. The first operator to offer documented zero-emission final-leg delivery gains a tender differentiator with the multinational cargo owners whose scope-3 commitments now reach their African logistics procurement. In a transhipment hub, cargo follows the forwarders who serve the cargo owners’ reporting needs. The electric fleet is how a Lomé 3PL writes itself into those reports — and the window where this is a differentiator rather than table stakes is, on current evidence, two to three years wide.
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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