Xi'an Ford Transit V362 Service Vehicle Government Procurement Case Study: In-Depth Analysis of Fuel vs. Battery-Electric Cost Efficiency and Adaptability to Desertification-Prone Regions In Xi'an and Northwest China, municipal sanitation departments are facing a pivotal decision between fuel-powered and battery-electric service vehicles. This article analyzes a real-world case where a municipal sanitation department (hereinafter referred to as the 'Client') selected the Ford Transit V362 chassis for customized service vehicle conversion by Chengli Special Purpose Vehicle Co., Ltd. The analysis emphasizes comparative total cost of ownership (TCO), operational scenario suitability, and targeted solutions for region-specific challenges in desertified environments—including dust-proof sealing integrity and extended maintenance intervals for air filtration systems—offering Chengli’s electrified vehicle solutions. Supported by real-world data and FAQs, this guide assists procurement decision-makers in making more informed, future-ready choices. Case Background: Service Vehicle Procurement Requirements of a Xi'an Municipal Sanitation Department By the end of 2025, a municipal sanitation department in Xi'an plans to procure a batch of service vehicles to support road inspection, emergency repair, and equipment transportation across its jurisdiction. Key requirements include high off-road capability, versatile interior space, low operating costs, and resilience against sand-dust weather conditions prevalent in surrounding semi-desertified areas. After comprehensive evaluation, the Client selected the Ford Transit V362 chassis and commissioned Chengli Special Purpose Vehicle Co., Ltd. for upfitting. The resulting vehicle complies fully with national type-approval regulations (e.g., model CLW5070GSSD6 design principles) and is eligible for registration and annual inspection. According to publicly disclosed tender documents, the project budget is capped at approximately RMB 451,000, with an order quantity of two units. Fuel-Powered vs. Battery-Electric: Total Cost of Ownership (TCO) Comparison To meet the Client’s stringent operational cost requirements, we conducted a full lifecycle TCO comparison between the fuel-powered version (equipped with a 2.0T diesel engine) and the battery-electric version (featuring Chengli’s proprietary electric drive system). The following table presents estimates over a five-year usage period (average annual mileage: 30,000 km), based on official MIIT technical specifications and market research (including publicly available tender data). Comparison Item | Fuel-Powered Version (Ford Transit V362) | Battery-Electric Version (Chengli Upfit Solution) ---|---|--- Vehicle Acquisition Cost (incl. tax) | ~RMB 180,000–220,000 (based on local procurement practice) | ~RMB 250,000–300,000 (based on public tender data) Annual Energy Cost (fuel/electricity) | ~RMB 18,000 (diesel @ RMB 7/L; 8 L/100 km) | ~RMB 5,000 (electricity @ RMB 0.6/kWh; 20 kWh/100 km) Annual Maintenance Cost | ~RMB 8,000 (including engine oil, oil filter, etc.) | ~RMB 3,000 (motor requires no routine maintenance; only periodic battery cooling system checks needed) 5-Year Total Cost (incl. acquisition) | ~RMB 315,000 | ~RMB 325,000 Carbon Emission Reduction (5 years) | ~30 tons CO₂ | ~0 tons (full lifecycle powered by clean energy) As shown above, although the battery-electric version incurs an initial purchase premium of approximately RMB 80,000, its five-year TCO exceeds that of the fuel-powered version by only about RMB 10,000. With anticipated future increases in fuel prices or availability of charging infrastructure subsidies, the economic advantage of the battery-electric option will become even more pronounced. Client feedback indicates that, under urban driving conditions in Xi'an, the battery-electric version’s quiet, low-speed operation is especially advantageous for nighttime operations. Operational Scenario Differences: Adaptabil