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Dynamic scheduling for integrated energy systems: A variable timescale approach with process parameter deviation-driven feedback correction
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DOI：10.1016/j.energy.2025.137772.png)
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Abstract
En 中文
• A variable timescale scheduling method considering net load variation is proposed. • Process parameter deviation-driven feedback correction method is proposed. • Utilizes a multivariate predictive controller to adjustment the scheduling commands. • The computational efficiency of the variable timescale method improved by 19.47 %. • The total energy supply deviation is reduced by 60.76 %.
Keywords:
variable timescale scheduling
net load variation
process parameter deviation
multivariate predictive controller
computational efficiency