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首页> 外文期刊>Mathematical Problems in Engineering >A Fuzzy ANP Model Integrated with Benefits, Opportunities,Costs, and Risks to Prioritize Intelligent Power Grid Systems
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A Fuzzy ANP Model Integrated with Benefits, Opportunities,Costs, and Risks to Prioritize Intelligent Power Grid Systems

机译：结合收益，机会，成本和风险的模糊ANP模型，优先考虑智能电网系统

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摘要

Although growth of renewable energy is envisaged, many concerns are critical like the ability to maintain the balance between demands and supply and the variability, noncontrollability, and flexibility of the sources. Then, what will be the future concerns about the main composition of intelligent power grid systems in the future? There is no such research tackled before. Thus, this paper first finds critical success criteria of intelligent power grid systems and then constructs a multiple criteria and decision making model to help in identifying the suitable trends under complex economic performance, environmental impacts, and rapid technological and marketing changes. After empirical demonstration, the paper summarizes that the most suitable composition of future intelligent power grid systems should be constituted by "DHT" P2P grid, "C&D workflow" P2P scheduling, "GARCM" trustworthy P2P grid, and "multipurpose" grid applications in the future.
机译：尽管设想了可再生能源的增长，但许多问题至关重要，例如保持需求与供应之间的平衡以及能源的可变性，不可控制性和灵活性的能力。那么，未来智能电网系统的主要构成将是什么？以前没有解决过这样的研究。因此，本文首先找到了智能电网系统的关键成功标准，然后构建了多个标准和决策模型，以帮助识别在复杂的经济表现，环境影响以及快速的技术和市场变化下的合适趋势。经过经验论证，本文总结出，未来智能电网系统的最合适组成应由“ DHT” P2P网格，“ C＆D工作流” P2P调度，“ GARCM”可信赖的P2P网格和“多用途”网格应用组成。未来。

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  • 来源
    《Mathematical Problems in Engineering》 |2013年第7期|781370.1-781370.9|共9页
  • 作者

    Hsing Hung Chen; Hao Gu;

  • 作者单位

    Faculty of Management and Administration, Macau University of Science and Technology, Wei Long Avenue, Taipa, Macau;

    Faculty of Management and Administration, Macau University of Science and Technology, Wei Long Avenue, Taipa, Macau;

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