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随着人工智能技术和变电站综合自动化的发展,提出对原有电网图形平台进行2个方面的改造,首先将多智能体技术应用到电力系统配电网图形系统中,完成了系统中面向对象的功能模块向智能体的转化,实现了基于多智能体的分布式图形处理平台,提高了电网分析的灵活性和智能性;在基于全路径的供电路径分析法的基础上,采用基于母线分段的供电路径分析法对原有的供电路径选择方法进行优化,降低了电网信息的冗余存储,提高了图形智能分析的效率。
With the development of artificial intelligence and substation integrated automation, two aspects of the original grid graphical platform are proposed. First, the multi-agent technology is applied to the distribution system of power system, and the object-oriented Functional modules to the transformation of the intelligent body to achieve a distributed graphics processing platform based on multi-agent to improve the flexibility and intelligence of power grid analysis; based on the full path of the power path analysis method, based on the bus segment The power supply path analysis method optimizes the original power supply path selection method, reduces the redundant storage of power network information and improves the efficiency of graphic intelligent analysis.