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A benchmarking approach to NETPLAN using MARKAL/TIMES in analysis of large scale and long-term energy systems

机译:使用MARKAL / TIMES进行大型长期能源系统分析的NETPLAN基准测试方法

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摘要

Long-term and large scale investment planning decisions in two interdependent infrastructures, energy and transportation, will have increasingly overarching impacts on each other, due to rising interdependencies between the two systems such as plug-in hybrid electric vehicles and hybrid electric trains. Motivated by this interdependency, the National Energy and Transportation Planning Tool (NETPLAN) is developed. A benchmarking methodology is designed and then executed in order to compare the developing software with MARKAL and TIMES, which are existing investment planning tools that expand beyond one sector and are most closely related to the scope of NETPLAN. The designed stages of the benchmarking approach involve the philosophy, the model, and the mathematical formulation, and a case study is conducted in MARKAL using a consistent set of data that was used in NETPLAN. Results are obtained and then compared, and it is demonstrated how the interdependency between energy and transportation affects the investment decisions in NETPLAN.
机译:由于插电式混合动力电动汽车和混合动力电动汽车这两个系统之间的相互依赖性不断提高,在两个相互依存的基础设施(能源和交通运输)中的长期和大规模投资计划决策将对彼此产生越来越重要的影响。由于这种相互依存关系,开发了国家能源和运输计划工具(NETPLAN)。设计一种基准测试方法,然后执行该基准测试方法,以便将开发软件与MARKAL和TIMES进行比较,MARKAL和TIMES是现有的投资计划工具,其扩展范围超过一个领域,并且与NETPLAN的范围最紧密相关。基准测试方法的设计阶段涉及到哲学,模型和数学公式,并使用MARKPLAN中使用的一致数据集在MARKAL中进行案例研究。获得结果,然后进行比较,并证明了能源和运输之间的相互依赖性如何影响NETPLAN中的投资决策。

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