微电网规划中的专家系统

Sahar A. Moussa, A. Aziz, Rania Magdy Ahmed, Nada Adel Hendawy, Hesham Ayman Nasr, Mohamed Adel Shalaby
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摘要

本文着重研究了专家系统在解决电力系统规划领域复杂矛盾问题方面的潜力。在许多优化问题求解的情况下,传统的优化方法是不合适的。人工智能虽然可以很方便地解决电力系统的一些优化问题,但需要一个好的起点,这对实现正确和快速的转换有很大的帮助。专业工程师的经验对于获得最佳解决方案至关重要。本文通过为传统和人工智能方法中的优化技术提供一个强有力的起点,介绍了ES技术作为微电网(MPG)规划的有用工具。研究了两个主要问题的知识库链式规则;分布式发电机(DG)和电容器分配。通过标准的IEEE 14总线系统测试了该知识库的有效性。
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Expert System In MicroPower Grid Planning
This work focuses on the potential of expert System(ES) in solving complicated and Contradicting problems in the field of power system planning. Conventional optimization methods are inappropriate in many cases of optimization problem solutions. Artificial Intelligence (AI) albeit rather Convenient for solution of some optimization problems of power systems, however, the need for good starting point helps greatly for achieving proper and fast conversion. Experience of professional engineers is very crucial in reaching the optimal solution. In this paper we introduce ES technique as a helpful tool in Micro Power grid (MPG) planning by suggesting a strong starting point for optimization techniques in both conventional and AI methods. A knowledge base chain rules for two major problems are investigated; distributed generators(DG) and capacitor allocation. Effectiveness of the proposed knowledgebase is tested through the standard IEEE 14-bus system.
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