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Optimal Load-Shedding Control of a Microgrid Power System

机译：微电网系统的最优减负荷控制

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In this paper, an intelligent optimal control method is applied to solve the load-shedding problem which has an effect of reduction in fuel cost for the operating period of a diesel generator system unit integrated into a microgrid (MG) system. The optimal control has been implemented firstly to reduce the operating cost of the diesel generator and secondly to secure the proper operation of the distribution system by keeping the power balance of the MG system within a positive range of its acceptable value with the objective to meet the maximum demand side capacity. This paper has implemented a new intelligent method to solve the load shedding and saving cost of the diesel generator fuel problems in MG power system. The application of additional renewable energy systems in an MG power system has an impact on the reduction of the fuel cost of the diesel generator and implies at the same time adjustments in the fluctuations in relative excess energy generation, which has been maintained within a range of approximately thirty percent of the normal value of supply side of the MG power system.
机译：在本文中，智能优化控制方法用于解决甩负荷问题，该问题具有降低集成到微电网（MG）系统中的柴油发电机系统单元运行期间的燃料成本的效果。实施最佳控制首先是为了降低柴油发电机的运行成本，其次是通过将MG系统的功率平衡保持在其可接受值的正范围内，从而满足配电系统的要求，从而确保配电系统的正常运行。最大需求侧容量。本文实现了一种新的智能方法，以解决MG电力系统中柴油发电机组燃料的甩负荷和节省成本的问题。 MG电力系统中附加可再生能源系统的应用对降低柴油发电机的燃料成本有影响，同时还意味着对相对过剩发电量的波动进行调整，将其维持在一定范围内。大约是MG电力系统供电侧正常值的百分之三十。

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