Howo TS New‑Energy vs Fuel Mining Truck | Cost‑Effectiveness Comparison
Core Conclusion: New‑energy trucks deliver better cost‑effectiveness for fixed‑site mines with short‑haul high‑frequency operations, available charging infrastructure and heavy downhill sections. Fuel‑powered mining trucks are a more reliable option for short‑term projects, sites lacking power supply, and operations requiring frequent long‑distance relocation. The Howo TS new‑energy model is equipped with a 600 kW (816 HP) hair‑pin motor and large‑capacity battery, achieving 94.51 % downhill energy recovery. The fuel‑powered variant adopts a diesel engine, featuring a lower entry‑level purchase cost and no requirement for supporting charging infrastructure.
I. Up‑front Investment
Howo TS New‑Energy Mining TruckIt comes with a noticeably higher purchase price due to battery costs. Additional capital is required if on‑site high‑voltage fast‑charging stations are to be built. Vehicle‑battery separation or battery‑leasing solutions are available to reduce one‑off capital outlay.
Howo TS Fuel‑Powered Mining TruckThe complete‑vehicle purchase price is lower, and no charging‑related civil‑engineering works are needed. Vehicles can be deployed immediately upon delivery, making it suitable for overseas projects with limited budgets and short timeframes.
Shandong Shengchi Import & Export supplies brand‑new and pre‑owned Howo TS fuel‑powered mining trucks. Custom modifications for overseas regulatory compliance are available for new‑energy versions to meet market requirements across Central Asia, Africa and the Middle East. Vehicle‑battery separation schemes can also be provided.
II. Operating‑Cost Comparison (Typical Short‑Cycle Mining Conditions)
Cost Item | Howo TS Fuel‑Powered Mining Truck | Howo TS New‑Energy Mining Truck |
Energy Cost | Approx. $0.33‑0.41 per kilometre for heavy‑haul mine operations; continuous consumption of diesel and urea | Approx. $0.10‑0.14 per kilometre. Downhill energy recovery further cuts power consumption; sites with substantial downhill gradients may see energy‑use reductions of over 70 % |
Maintenance & Repair Costs | High. Regular servicing is required for engines, gearboxes, filter elements, engine oil, coolant and urea systems, leading to heavy component wear and frequent maintenance | Low. No internal‑combustion‑engine‑related maintenance. Servicing mainly covers motors, electronic control units and batteries. Maintenance costs are roughly 50‑65 % of those for fuel‑powered trucks; no engine‑oil or urea consumption |
Refuelling / Recharging | Refuelling is accessible on‑site and does not occupy substantial working hours | Recharging is required. The Howo TS supports 600 A dual‑gun high‑voltage fast charging, yet charging takes up operating time and calls for shift‑schedule planning |
III. When to Choose the Howo TS New‑Energy Mining Truck
Short‑haul cyclic haulage within open‑pit mines, high daily operation rates (two‑shift or three‑shift rosters) and sufficient annual working hours. The more the truck operates, the greater the savings on energy and maintenance. The price premium can generally be recouped within 2‑4 years.
Mines with abundant downhill sections (heavy‑load downhill runs, empty uphill trips). The high‑efficiency energy‑recovery system of the Howo TS converts gravitational potential energy into electricity, drastically cutting power consumption and amplifying economic benefits.
Stable industrial‑grade power supply at the mine site, enabling construction of high‑voltage fast‑charging stations; local environmental regulations impose restrictions on diesel‑powered equipment.
Long‑term projects (≥ 3 years) with long‑term vehicle ownership.
Drawbacks: New‑energy trucks are constrained if the local power grid is weak and cannot deliver high‑power industrial electricity. Building charging infrastructure can prove difficult in some under‑developed overseas regions in Africa.
IV. When to Choose the Howo TS Fuel‑Powered Mining Truck
Short‑term projects (1‑2 years). The vehicle will be decommissioned before reaching the pay‑back period, making it hard to amortise the high purchase premium.
Overseas sites with poor power conditions and no capacity to build high‑power charging stations (e.g. remote mine sites and infrastructure construction sites across parts of Africa).
Frequent long‑distance relocation between different work sites without fixed re‑fueling or re‑charging points.
Tight budgets prioritising lower initial procurement expenditure. Shandong Shengchi Truck provides premium pre‑owned Howo TS fuel‑powered mining trucks to further lower purchasing costs for overseas B‑end clients including mining enterprises and general contractors.
V. Additional Considerations for Export (From Shandong Shengchi Truck Business Perspective)
Regulatory Compliance: Certain countries enforce special requirements for battery certification and voltage standards for electric vehicles. For fuel‑powered trucks, adaptation to local emission standards and fuel quality is necessary. Supported by in‑house modification workshops, Shandong Shengchi Truck can carry out power tuning and structural re‑engineering to satisfy customs clearance requirements of target markets.
After‑sales and Spare Parts: A mature global spare‑parts supply chain exists for fuel‑powered mining trucks. For new‑energy mining trucks, pre‑planning of local spare‑parts warehouses for battery components is essential; otherwise repair downtimes may be prolonged in the event of failures.
Resale Value: Fuel‑powered mining trucks benefit from well‑established second‑hand markets. The residual value of new‑energy mining trucks heavily depends on battery degradation, and second‑hand acceptance varies significantly across regions.
Quick Decision Guide
Long‑term projects, fixed mine sites, reliable power supply and numerous downhill sections → Select new‑energy Howo TS for superior full‑lifecycle cost savings
Short‑term projects, remote sites without industrial‑grade power and frequent site‑to‑site relocation → Select fuel‑powered Howo TS for lower risks and faster on‑site deployment