Carbon reduction impact simulation of cross-region power transmission in China

Lu Xing, Quan Wen, B. Shan
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Abstract

As the main emitter of CO2, power sector is becoming the primary focus for carbon reduction. However, existing researches mainly focus on power generation side, for example, renewable energies and nuclear, the role grid plays is often ignored. This paper assesses carbon reduction impact of cross-region power transmission in China by establishing a multiregion Integrated Resource Strategic Planning (IRSP) Model, together with scenarios analysis. This paper firstly introduced the IRSP Model based on Efficiency Power Plants; secondly, improved it into a multi-region model which could reflect the role grid played in the system; thirdly, established two scenarios with aggressive renewable development goals and different cross-region transmission capacities, comparing the simulation results of the two scenarios to find its impact on carbon reduction and power sector development; finally, assessment of its impact on power generation capacity and distribution, carbon reduction potential and cost is concluded.
中国跨区域输电减碳影响模拟
作为二氧化碳的主要排放源,电力行业正成为碳减排的首要重点。然而,现有的研究主要集中在发电方面,如可再生能源和核能,电网的作用往往被忽视。本文通过建立多区域综合资源战略规划(IRSP)模型,结合情景分析,对中国跨区域输电的碳减排效果进行了评估。本文首先介绍了基于效率电厂的IRSP模型;其次,将其改进为能反映网格在系统中作用的多区域模型;第三,建立具有积极可再生能源发展目标和不同跨区域输电能力的两种情景,比较两种情景的模拟结果,找出其对碳减排和电力部门发展的影响;最后对其对发电容量和分布、碳减排潜力和成本的影响进行了评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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