Economic impact of 2020 renewable energy scenarios on the Spanish electricity market

P. Frías, T. Gómez, P. Linares
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引用次数: 7

Abstract

In order to meet the 20-20-20 European energy policy commitments Spain should continue increasing the amount of electricity production from renewable energy sources (RES) along this decade. This paper analyzes the impact of the future RES deployment on the Spanish power system. Six scenarios are defined by setting different RES installed capacity targets and considering the uncertainty in fuel prices. First, the generation mix is planned for the horizon 2010–20 calculating the investment required in conventional thermal generation for each scenario. Then the system operation, hour by hour, is simulated in 2020 for each generation mix in each scenario. Operational fuel and carbon emission costs are calculated. Costs associated with operational reserves and wind curtailment to counteract or wind power intermittency and predictability errors are also computed. Finally, total systems costs, both investment and operating costs, are compared in the considered scenarios. The economic impact on electricity prices and operational margins of actual power plants is also discussed.
2020年可再生能源方案对西班牙电力市场的经济影响
为了实现20-20-20欧洲能源政策承诺,西班牙应该在这十年中继续增加可再生能源(RES)的发电量。本文分析了未来可再生能源部署对西班牙电力系统的影响。通过设定不同的可再生能源装机容量目标并考虑到燃料价格的不确定性,定义了六种情景。首先,对2010 - 2020年的发电组合进行了规划,计算了每种情况下常规火力发电所需的投资。然后对各方案下各发电组合在2020年的运行情况进行逐小时模拟。计算了运行燃料和碳排放成本。与运营储备和弃风相关的成本,以抵消风力发电的间歇性和可预测性误差也被计算在内。最后,在考虑的场景中比较了总系统成本,包括投资和运营成本。本文还讨论了实际电厂对电价和运营利润率的经济影响。
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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