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首页> 外文期刊>Power Engineering Review, IEEE >Optimal Long-Range Generation Expansion Planning for Hydro-Thermal System Based on Analytical Production Costing Model
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Optimal Long-Range Generation Expansion Planning for Hydro-Thermal System Based on Analytical Production Costing Model

机译:基于分析生产成本模型的水热系统远距离发电扩展优化计划

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摘要

This paper presents a new algorithm for the optimal long-range generation planning for hydro-thermal system. The algorithm is based upon the analytical production costing model developed under the assumption of Gaussian probabilistic distribution of random load fluctuations and plant outages. The optimization problem consists of the master problem to determine the annual investment, and the hydro subproblem to determine the optimal hydro operation. The master problem is formulated as a Hamiltonian minimization problem, and the hydro subproblem is solved using the concept of peak-shaving operation on the original load curve.
机译:本文提出了一种用于水热系统最优远程发电规划的新算法。该算法基于在随机负载波动和工厂中断的高斯概率分布的假设下开发的分析生产成本模型。优化问题包括确定年度投资的主要问题和确定最佳水力运营的水力子问题。将主问题表述为哈密顿最小化问题,并使用原始负荷曲线上的调峰操作概念解决水力子问题。

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