Day-ahead microgrid optimal self-scheduling: Comparison between three methods applied to isolated DC microgrid

机译：日前微电网最优自调度：隔离直流微电网的三种方法的比较

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This paper presents three different methods to optimize a day-ahead self-scheduling for an isolated DC microgrid operation. Based on forecast data, a multi-objective cost function is formulated aiming to minimize the total energy cost by reducing the micro-turbine fuel consumption, avoiding photovoltaic power limitation and load shedding, while respecting the storage parameters and microgrid operation constraints. The problem is solved with two different optimization algorithms and one rule-based algorithm. The comparison is made on the total energy cost and computational cost for each proposed approach. The results prove that the mixed integer linear programing optimization permits to obtain the lower total energy cost with a reasonable computational cost.

机译：本文提出了三种不同的方法来优化隔离式DC微电网操作的日前自调度。基于预测数据，制定了一个多目标成本函数，旨在通过降低微型涡轮机的燃料消耗，避免光伏发电的限制和减载，同时尊重存储参数和微型电网的运行限制，从而将总能源成本降至最低。通过两种不同的优化算法和一种基于规则的算法解决了该问题。比较每种提议方法的总能源成本和计算成本。结果证明，混合整数线性规划优化允许以合理的计算成本获得较低的总能源成本。

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《Annual Conference of the IEEE Industrial Electronics Society》|2014年|2010-2016|共7页
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Dos Santos Leonardo Trigueiro; Sechilariu Manuela; Locment Fabrice;
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distributed power generation; energy consumption; fuel economy; integer programming; optimisation; power generation scheduling; day ahead microgrid; forecast data; isolated DC microgrid; microgrid operation constraints; microturbine fuel consumption; mixed integer linear programing; multiobjective cost function; one rule-based algorithm; optimal self scheduling; optimization algorithms; storage parameters; Computational efficiency; Load flow; Microgrids; Optimized production technology; System-on-chip; differential evolution; energy storage; micro-turbine; microgrid; mixed integer linear programming; optimization; photovoltaic systems; rule-based algorithm;

机译：分布式发电;能耗;燃油经济性;整数规划;优化;发电调度;提前一天微电网;预测数据;隔离的DC微电网;微电网运行约束;微机燃料消耗;混合整数线性规划;多目标成本函数;一个规则基于算法;最优自调度;优化算法;存储参数;计算效率;潮流;微电网;优化生产技术;片上系统;差分演化;储能;微汽轮机;微电网;混合整数线性规划;优化;光伏系统;基于规则的算法;

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专利

1. Multi-Objective Day-Ahead Optimal Scheduling of Isolated Microgrid Considering Flexibility [J] . Liang Zhang, Bo Pang, Ruipeng Yi, E3S Web of Conferences . 2018,第3期

机译：考虑灵活性的隔离微电网多目标日前最优调度
2. Multi-Objective Day-Ahead Optimal Scheduling of Isolated Microgrid Considering Flexibility [J] . Liang Zhang, Bo Pang, Ruipeng Yi, E3S Web of Conferences . 2018,第1期

机译：考虑灵活性的隔离微电网多目标日前最优调度
3. Multi-Time-Scale Rolling Optimal Dispatch for AC/DC Hybrid Microgrids With Day-Ahead Distributionally Robust Scheduling [J] . Qiu Haifeng, Gu Wei, Xu Yinliang, Sustainable Energy, IEEE Transactions on . 2019,第4期

机译：具有提前日分布鲁棒调度的AC / DC混合微电网的多时标滚动优化调度
4. Day-ahead microgrid optimal self-scheduling: Comparison between three methods applied to isolated DC microgrid [C] . Dos Santos Leonardo Trigueiro, Sechilariu Manuela, Locment Fabrice Annual Conference of the IEEE Industrial Electronics Society . 2014

机译：前方微电网最佳自我调度：应用于孤立的DC微电网的三种方法之间的比较
5. Optimal Power Flow Control of Networked DC Microgrids [D] . Trinklein, Eddy H. 2019

机译：联网直流微电网的最优潮流控制
6. Optimal sizing and energy scheduling of isolated microgrid considering the battery lifetime degradation [O] . Muhammad Sufyan, Nasrudin Abd Rahim, ChiaKwang Tan, -1

机译：考虑电池寿命退化的隔离微电网的最佳尺寸和能量调度
7. Optimal Day-Ahead Self-Scheduling and Operation of Prosumer Microgrids Using Hybrid Machine Learning-Based Weather and Load Forecasting [O] . Jamal Faraji, Abbas Ketabi, Hamed Hashemi-Dezaki, 2020

机译：使用混合机学习的天气和负载预测，最佳的一天提前自我调度和制度微电网的自我调度和操作

Day-ahead microgrid optimal self-scheduling: Comparison between three methods applied to isolated DC microgrid

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