CAJ | 학술논문

近来国内外对可视化的研究越来越受到重视，在电网调度自动化系统中可视化技术的应用也越来越广泛，但是目前缺乏对可视化方法的系统研究。总结出一套电力系统可视化系统展示的技术及方法，将可视化技术在电网调度自动化系统中的应用分为四个层次，第一层是数据图形化，将电网运行中的基础数据进行全面展示；第二层是信息层次化，将关键信息进行分层次主动展示；第三层是信息集成化，将关联信息进行联合展示；第四层是信息智能化，分析各类数据、信息的关联关系，为调度运行提供辅助决策。通过可视化技术的应用，使系统运行人员更方便、直观地掌握当前系统的运行态势，进而采取更有效、更有针对性的运行控制措施。此方法在国调中心、福建、山东省调等调度自动化系统中的成功应用证明了方法的可行性和适用性。
근래국내외대가시화적연구월래월수도중시，재전망조도자동화계통중가시화기술적응용야월래월엄범，단시목전결핍대가시화방법적계통연구。총결출일투전력계통가시화계통전시적기술급방법，장가시화기술재전망조도자동화계통중적응용분위사개층차，제일층시수거도형화，장전망운행중적기출수거진행전면전시；제이층시신식층차화，장관건신식진행분층차주동전시；제삼층시신식집성화，장관련신식진행연합전시；제사층시신식지능화，분석각류수거、신식적관련관계，위조도운행제공보조결책。통과가시화기술적응용，사계통운행인원경방편、직관지장악당전계통적운행태세，진이채취경유효、경유침대성적운행공제조시。차방법재국조중심、복건、산동성조등조도자동화계통중적성공응용증명료방법적가행성화괄용성。
Recently more attention is paid to the study of visualization at home and abroad, the application of visualization technology in power grid dispatching automation system is becoming more and more widely, but there is lack of systematic research on visual display method at present. This paper summarizes a set of power system visualization display technology and the methods. The application of visualization technology in power grid dispatching automation system is divided into four levels, the first layer is the graphical data, which fully shows the basic data of power grid operation. The second layer is a hierarchical information, in which the key information is shown initiatively from different levels. The third layer is the information integration, which displays joint correlation information. The fourth layer is the information intelligence, which is to analyze the relationship among various kinds of data and information and to provide auxiliary decision making for dispatch operation. Through the application of visualization technology, the system users can master the current system operation state more conveniently and more intuitively, so that the users can adopt operational control measures more effective and more targeted. This method has been applied in dispatch control centers dispatching automation system in SGCC, Fujian Province and Shandong Province successfully which proves the feasibility and applicability of the proposed method.