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Assessing the benefits of exchanging spinning reserve capacity within the hydro-Dominated nordic market

机译:评估在水力统治北欧市场内交换纺纱储备能力的益处

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This paper presents a hydrothermal scheduling toolchain suitable for detailed studies of procurement of spinning reserves in the hydro-dominated Nordic power system. The toolchain combines a long-term model to find the expected marginal value of water in the hydropower reservoirs and initial states for thermal generators, and a short-term model to optimize the daily unit commitment and dispatch. The short-term model has a detailed description of both hydro and thermal generation technologies to realistically constrain their capabilities as reserve capacity providers. The toolchain is applied on a data description representing a 2030 scenario of the Northern European power system to quantify the benefits of exchanging spinning reserve capacity both between bidding zones and between countries within the Nordic market. By allowing 10% of the transmission line capacity for exchange of reserves, we find that the daily average economic benefit is 290 k euro and 102 k euro for reserve exchange between bidding zones and countries, respectively. Moreover, we quantify and illustrate the importance of applying unit commitment for hydropower stations and strictly enforcing their minimum power requirements.
机译:本文介绍了水热调度工具链,适用于水电主导的北欧电力系统中的纺丝储备采购的详细研究。该工具链结合了长期模型,在水电站水库和热发电机的初始状态下找到预期的水边缘值,以及用于优化日常单位承诺和派遣的短期模型。短期模型具有对水电和热发电技术的详细描述,以便将其作为储备容量提供商的能力进行实际限制。工具链应用于代表北欧电力系统的2030场景的数据描述,以量化在竞标区和北欧市场内各国之间交换旋转储备容量的好处。通过允许10%的传输线路交换储量的能力,我们发现每日平均经济效益分别为290 K欧元和102 k欧元,分别为竞标区和国家之间的储备交换。此外,我们量化并说明了对水电站申请单位承诺并严格执行其最低功率要求的重要性。

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