Optimal Operation of a Tidal Lagoon as a Flexible Source of Electricity
Optimal Operation of a Tidal Lagoon as a Flexible Source of Electricity
复制标题
潮汐泻湖作为灵活电力来源的优化运行
DOI：
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发表时间：
2022
期刊：
影响因子：
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通讯作者：
Meysam Qadrdan
中科院分区：
文献类型：
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作者：
T. Zhang;Christophe Williams;R. Ahmadian;Meysam Qadrdan
随着对电力的需求和对电力系统灵活性的需求的增长，开发更可靠、更清洁的能源在最需要的时候发电是至关重要的。潮汐泻湖通过在潮汐驱动的海边水位和由流过结构的水流控制的盆地内水位之间制造人工水头差来产生可再生电力。根据海水的水位，潮汐泻湖的发电可以被控制，即及时转移发电。本文研究了潮汐泻湖对波动电价的响应。通过建立潮汐泻湖的最优运行模型，优化其在日前批发电力市场的调度，使其收益最大化。斯旺西湾潮汐泻湖被用作案例研究。通过利用潮汐泻湖提供的灵活性，可以在前一天的市场上获得更高的收入，尽管他们的总发电量减少了。
As the demand for electricity and the need for power systems flexibility grow, it is crucial to exploit more reliable and clean sources of energy to produce electricity when needed most. Tidal lagoons generate renewable electricity by creating an artificial head difference between water levels on the seaside, driven by tides, and water levels inside the basin, controlled by flow through the structure. Depending on the level of sea water, power generation from a tidal lagoon can be controlled, i.e. shifting power generation in time. This paper investigates the operation of a tidal lagoon in response to the fluctuating electricity prices. By developing an optimal operation model of the tidal lagoon, its schedule in the day-ahead wholesale electricity market was optimized to achieve the maximum revenue. The Swansea Bay tidal lagoon was used as a case study. It was demonstrated that by exploiting the flexibility offered by tidal lagoon, it can achieve a higher revenue in the day-ahead market, although their total electricity generation is reduced.
影响因子：
11.2
作者：
A. Angeloudis;S. Kramer;A. Avdis;M. Piggott
通讯作者：
A. Angeloudis;S. Kramer;A. Avdis;M. Piggott