I. Project Background and Vehicle Selection Requirements In 2025, a municipal sanitation department (hereinafter referred to as the 'Yichang Customer') planned to procure a batch of Ford Transit V362 service vehicles for daily inspection, emergency repair, and material transportation. The customer required high vehicle reliability, low operating costs, compliance with China VI emission standards, and future readiness for electrification. Following a public tender, Chengli Special Purpose Vehicle Co., Ltd. (hereinafter referred to as 'Chengli') secured the contract and successfully delivered 15 units of the Ford Transit V362 service vehicles (based on publicly available tender information). This solution analysis compares fuel-powered and battery-electric variants across three dimensions: total cost of ownership (TCO), operational scenario suitability, and charging infrastructure requirements—and includes a FAQ section based on Chengli’s electric vehicle solutions to support procurement decision-making. II. Fuel-Powered vs. Battery-Electric: Total Cost of Ownership (TCO) Comparison Significant cost differences exist between the fuel-powered and battery-electric versions of the Ford Transit V362 service vehicle. The following comparison is based on the Yichang Customer’s actual usage profile (annual mileage ≈ 30,000 km; service life = 5 years), referencing Chengli’s internal knowledge base and industry benchmarks: | Comparison Item | Fuel-Powered (2.0T Diesel) | Battery-Electric (50 kWh Battery) | Notes | |-----------------|----------------------------|-----------------------------------|-------| | Vehicle Purchase Price (incl. tax, landed) | ~¥152,000 | ~¥188,000 | Based on Chengli’s 2026 landed price including tax; standard configuration for diesel version | | Annual Energy Cost | ~¥12,000 (diesel @ ¥7/L; fuel consumption 10 L/100 km) | ~¥3,000 (electricity @ ¥0.6/kWh; energy consumption 20 kWh/100 km) | Local diesel price reference in Yichang | | Annual Maintenance Cost | ~¥5,000 (engine oil, filters, gear oil, etc.) | ~¥2,000 (battery coolant, tires, etc.) | Battery-electric version eliminates engine & transmission maintenance | | Annual Insurance Premium | ~¥4,000 | ~¥4,500 | Slightly higher premium due to higher vehicle value | | 5-Year Total Cost | ¥152,000 + (¥12,000 + ¥5,000 + ¥4,000) × 5 = ¥267,000 | ¥188,000 + (¥3,000 + ¥2,000 + ¥4,500) × 5 = ¥235,500 | Battery-electric version saves ~¥31,500 | | Battery Replacement Cost (after 5 years) | N/A | ~¥20,000 (out-of-warranty, self-funded) | Battery depreciation must be factored in for battery-electric version | Over the full lifecycle, the battery-electric version delivers ~10% lower 5-year TCO than the fuel-powered version—but requires careful consideration of battery replacement costs. For this procurement, the Yichang Customer prioritized the fuel-powered variant due to insufficient charging infrastructure coverage along rural inspection routes. III. Operational Scenario Differences: Fuel-Powered vs. Battery-Electric Applicability differs significantly between variants depending on operational context: Fuel-Powered Advantages: Ideal for long-distance inspections, emergency repairs, and operations in remote townships—refueling is convenient and eliminates charging downtime. The Yichang Customer reported stable power delivery and no range anxiety during mountainous climbs and continuous driving. Battery-Electric Advantages: Best suited for short-haul urban duties and fixed-route inspections—offering quiet operation and zero tailpipe emissions, fully compliant with environmental policy mandates. However, it relies heavily on charging infrastructure availability, with typical charging time ranging from 1–2 hours.