Government Procurement Case and Bid-Winning Solution Analysis for the Ford New Generation V348 Service Vehicle in Shijiazhuang — In winter 2025, a municipal sanitation department in Shijiazhuang publicly tendered for a batch of mobile service vehicles to support winter road inspections and emergency repairs in suburban-rural fringe areas. The project budget was capped at approximately RMB 338,000, with requirements for rapid cold-start capability and stable operation under low-temperature conditions. Ultimately, Chengli Special Purpose Vehicle Co., Ltd. delivered three service vehicles based on the Ford New Generation V348 chassis, leveraging precise engine configuration matching and detailed winter maintenance planning. This article provides an in-depth analysis of the case from perspectives including engine performance, fuel consumption comparison, and regional adaptability. Case Background: Why the Ford New Generation V348? Shijiazhuang is located on the North China Plain, where winter temperatures frequently drop below -10°C. With alternating urban paved roads and rural unpaved roads, high demands are placed on the powertrain performance and reliability of service vehicles. The procuring entity explicitly required: (1) a diesel engine equipped with freeze-resistant starting capability; (2) a hydraulic system (for lifting maintenance platforms) maintaining stability under low temperatures; and (3) full official vehicle type approval documentation enabling smooth registration and annual inspection. Chengli Special Purpose Vehicle’s proposed solution adopted the Ford New Generation V348 chassis, centered around the Ford Duratorq series engine and complemented by multiple cold-weather adaptation features. Engine Comparison: Analysis of Performance Differences Among 85 kW / 100 kW / 120 kW Options The Ford New Generation V348 service vehicle offers three optional powertrain configurations: 85 kW (~116 hp), 100 kW (~136 hp), and 120 kW (~163 hp). According to Chengli Special Purpose Vehicle’s official model announcements (e.g., CLW5070GSSD6), all engines comply with China VI emission standards; however, practical application differences are significant: Parameter | 85 kW Model | 100 kW Model | 120 kW Model ---|---|---|--- Maximum Power | 85 kW (116 hp) | 100 kW (136 hp) | 120 kW (163 hp) Maximum Torque | 310 N·m | 350 N·m | 390 N·m Typical Application Scenario | Urban plain roads, light-load operations | Suburban-rural fringe areas, medium-load operations | Mountainous or plateau regions, heavy-load operations Fuel Consumption (Reference: Public Tender Data) | ~8.5 L/100 km | ~9.5 L/100 km | ~11 L/100 km Freeze-Resistant Starting System | Standard | Standard + Preheating Function | Standard + Dual Preheating Function In this Shijiazhuang case, the procuring entity selected the 100 kW model. This choice balanced sufficient power output—suitable for Shijiazhuang’s flat terrain and mild hilly areas—with moderate fuel consumption and a robust freeze-resistant starting system, ensuring successful single-attempt cold starts even at -15°C. Zhang Yue, Sales Manager at Chengli Special Purpose Vehicle (Tel: ), recommended during the bidding phase: For frequent operations in mountainous or plateau regions, the 120 kW model is preferable to meet uphill driving demands; whereas for light-load urban inspections only, the 85 kW model offers greater cost-efficiency. Fuel Consumption Comparison and Operational Cost Analysis Based on local procurement conventions, service vehicles typically accumulate approximately 30,000 km annually. At the current diesel price of roughly RMB 10 per liter...