Case Overview

A leading global building-materials enterprise on the Atlantic coast of North Africa long faced persistent challenges in cement clinker transport. Its factory operations were burdened by high fuel prices, harsh site conditions, high diesel-vehicle maintenance costs, and frequent breakdowns that stalled production.

Through the ECER platform, the local core logistics contractor sourced the SHACMAN X5000e EV pure electric dump truck. Pilot operations launched in September 2025 for high-frequency, heavy-load short-haul transport between the factory unloading port and the loading hopper. Running continuously on muddy, potholed, unpaved roads, the vehicle delivered measurable results:

• Energy costs reduced by 75%
• Maintenance costs reduced by 40%
• Daily fleet attendance increased by 15%

This project provides a replicable model for new-energy heavy trucks across North African mining and factory short-haul scenarios.

Project Background

The factory's operating environment is demanding. Muddy and potholed roads require high-frequency full-load starts and stops, placing extreme demands on chassis strength, instantaneous torque, and continuous attendance capability.

The original fleet consisted entirely of traditional European diesel dump trucks, which brought three persistent pain points:

1. High diesel prices — fuel expenses eroded most of the profit margin.
2. Heavy maintenance — diesel engines require frequent oil changes, multiple filter replacements, and gearbox oil changes.
3. Frequent breakdowns — failures in harsh conditions directly disrupted material transport and compressed profits.

To break this cost deadlock, the contractor decided to pilot electric heavy trucks. After screening Chinese new-energy heavy-truck suppliers through the ECER platform, it selected the SHACMAN X5000e EV electric dump truck.

Vehicle Configuration & Fit

• Powertrain: custom-engineered electric drive with 410 kW peak power and 2400 N·m peak torque, enabling fully-loaded passage through muddy slopes and potholed roads.
• Battery: 422.87 kWh high-capacity battery pack, eliminating range anxiety for high-frequency factory round trips.
• Braking & safety: high-performance front-axle disc brakes prevent thermal fade under heavy-load frequent braking, paired with a 6-channel ABS for stable braking on muddy, slippery surfaces.
• Chassis: reinforced chassis rigidity, adapted to unpaved and harsh mining and factory road conditions.

Real-World Performance Data (North African Pilot)

Maintenance savings stem from the electric drivetrain's far fewer parts. Servicing involves only lubrication and wear-part inspections, with only the air-conditioner filter replaced on a regular schedule — versus the frequent oil, multi-filter, and gearbox-oil changes required by diesel models.

Since pilot operations began in September 2025, the truck has recorded zero mechanical or electrical failures under high-intensity clinker transport, and fleet effective working time rose by 15%.

Case Value

This project is a benchmark deployment of Chinese new-energy heavy trucks for high-intensity, heavy-load short-haul transport in North Africa. It proves that in mining, building-materials, and industrial-park short-haul scenarios, electric heavy trucks can replace traditional diesel models while dramatically cutting operating costs.

For engineering and logistics contractors in North Africa and the Middle East, this pilot offers strong replicable reference value.

Recommended Application Scenarios

• Mine site transport
• Cement plant clinker hauling
• Factory short-haul heavy load
• Sand and gravel site transport