实现微电网可持续性的不同控制方案研究

M. S. Laiq, Sheeraz Ahmad, Azam Ul Asar, A. Sadaf, Fazale Wahab
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引用次数: 0

摘要

能源利用和生产领域的快速发展已成为关键问题。清洁环境和绿色能源在电力生产中的利用一直是人们关注的重点。低噪音、更长时间和更便宜的能源生产成本引起了人们的关注。但是,利用这些自然资源生产绿色能源的间歇性制约了能源生产的高效率和可靠性。为了实现可再生能源的能量平衡,人们开发了不同的控制方案,并提出了许多层次结构。这些控制方案以不同的方式改变和解决不同的问题,以实现可持续性,但可持续性仍然是要实现的问题。在本文中,我们选择了一些最近的控制方案来控制微电网,并在此基础上进行了比较分析。
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A study on different control schemes to achieve sustainability in microgird
Quick advancements in the field of Energy utilization and production has been the key issue. The clean environment and green energy utilization for power production has remained the main point of attention. Low noise, longer and cheaper energy production costs has drawn the attention. But the intermittence in green energy production via these natural resources is the restriction in producing high efficiency and reliability in energy production. Different control schemes have been developed and many hierarchical structures have been proposed to achieve balanced energy from the renewable energy resources. These control schemes alter and addresses different issues in different ways to achieve sustainability but still the sustainability is the issue to be achieved. In this paper we have selected some recent control schemes in for to control the microgrids and finally presented a comparative analysis based on the schemes proposed.
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