Wind-solar-hydrogen-ammonia system production scheduling method and device considering new energy prediction deviation
The invention provides a wind-light-hydrogen-ammonia system production scheduling method and device considering new energy prediction deviation. Through year-month-day-real-time multi-time-sequence successive optimization scheduling, wind-light-hydrogen-ammonia joint production scheduling optimizati...
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Format: | Patent |
Sprache: | chi ; eng |
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Zusammenfassung: | The invention provides a wind-light-hydrogen-ammonia system production scheduling method and device considering new energy prediction deviation. Through year-month-day-real-time multi-time-sequence successive optimization scheduling, wind-light-hydrogen-ammonia joint production scheduling optimization can be realized, and through matching of source load storage resources on different time sequences and calling of the flexible adjustment capability of equipment, the influence of new energy prediction deviation on production scheduling can be effectively eliminated, the production electric charge is optimized, and the production efficiency is improved. And the leveling production cost is reduced.
本申请提供一种计及新能源预测偏差的风光氢氨系统生产调度方法及装置。其中,通过年-月-日-实时的多时序的逐次优化调度,能够实现对风光氢氨的联合生产调度优化,且通过匹配不同时序上的源荷储资源、调用设备柔性调节能力,能够有效消除新能源预测偏差对于生产调度带来的影响,优化生产电费,降低平准化生产成本。 |
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