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Transportation Model Application for the Planning of Low Carbon City – Take Xining City in China as Example

机译:低碳城市规划中的交通运输模式应用-以中国西宁市为例

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The low carbon development is the important trend of Chinese urbanism, and the gap between transportation infrastructure resource and travel demand induces to the transportation problems, such as congestion, energy, and safety. There is a missing connection with the Demand-Oriented Planning and Low-Carbon-Oriented Planning, since most of our discussion in the Urban Comprehensive Planning Proceed is focusing on the commuting congestion in the peak hour. This paper discussed the benefits and problems of the three solutions of transportation, based on the Transit Priority Strategy in China, including the transportation policy research, smart transportation research, as well as planning and design research. A further Model exploration and application for the smart low-carbon transit and non-motorized transportation system construction strategic decision making is discussed. The result shows around 30% energy consumption and CO2 emission could be waived if we choose the low-carbon city development mode. The solution and case study apply the Unit City mode and City Intelligent Energy Network technology in Xining City Comprehensive Planning to find out how to form the future development in the cities in China.
机译:低碳发展是中国城市化的重要趋势,交通基础设施资源与出行需求之间的差距导致交通问题,例如交通拥堵,能源和安全。与需求导向型计划和低碳导向型计划之间缺少联系,因为我们在《城市综合规划》中进行的大多数讨论都集中在高峰时段的通勤拥堵。本文基于中国的公交优先战略,讨论了三种交通解决方案的优缺点,包括交通政策研究,智能交通研究以及规划设计研究。讨论了智能低碳过境和非机动车运输系统建设战略决策的进一步模型探索和应用。结果表明,如果我们选择低碳城市发展模式,则大约可减少30%的能源消耗和CO2排放。该解决方案和案例研究在西宁市城市总体规划中采用单元城市模式和城市智能能源网络技术,以探索如何形成中国城市的未来发展。

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