网约五座公交车 高效低耗又惠民（厉行节约 反对浪费）

Core Viewpoint - The article discusses the implementation and evolution of the "Cloud Bus" system in Changzhou, Jiangsu Province, which aims to improve public transportation efficiency and reduce operational costs through a responsive, on-demand model. Group 1: Cloud Bus Development - The "Cloud Bus" system has undergone three versions, starting with the 1.0 version in September last year, which replaced traditional bus operations with an appointment-response model to enhance passenger efficiency and reduce costs [1]. - The 2.0 version, launched in June this year, utilizes five-seat taxis instead of larger buses, marking a shift in vehicle usage from "taxi passenger transport" to "bus passenger transport" [1][4]. - The latest 3.0 version, initiated in August, features fixed stops but no fixed routes, allowing for point-to-point service based on passenger requests [3]. Group 2: Operational Efficiency - The new system has significantly reduced energy consumption, with traditional electric buses consuming 40 kWh per 100 km, while the five-seat vehicles consume only 20 kWh, halving the energy usage [4]. - The procurement cost for the smaller vehicles is approximately 100,000 yuan, which is one-seventh of the cost of traditional electric buses [4]. - The response time for the service has improved dramatically, with buses now able to reach stations within 10 minutes, compared to the previous hourly schedule [4]. Group 3: Passenger Experience - Passengers have reported increased satisfaction with the new system, as it allows for more flexible scheduling and shorter wait times, effectively doubling the number of passengers served while halving the travel distance [4]. - The integration of a smart scheduling platform enables real-time monitoring and precise passenger flow analysis across nearly 2,000 buses in the city [3].