CAJ | 학술논문

电力大数据技术的进步为电力系统各领域提供了新的发展契机。该文探讨了其与电力系统仿真计算相结合的若干基本问题。首先阐述二者已有的基础、技术联系和基本结合方式，强调利用大数据技术包中提供的资源和方法解决实际问题；而后明晰了仿真计算数据与大数据相关的特征及其独有优势。在此基础上，讨论了与开展研发工作相关的若干要点，涉及二者结合适用的问题、开展研究的重点等，同时也说明引入大数据技术可能带来的问题。该文工作为在电力系统仿真计算领域开展大数据技术研究提供了基本框架，为研发工作的全面开展奠定了基础。
전력대수거기술적진보위전력계통각영역제공료신적발전계궤。해문탐토료기여전력계통방진계산상결합적약간기본문제。수선천술이자이유적기출、기술련계화기본결합방식，강조이용대수거기술포중제공적자원화방법해결실제문제；이후명석료방진계산수거여대수거상관적특정급기독유우세。재차기출상，토론료여개전연발공작상관적약간요점，섭급이자결합괄용적문제、개전연구적중점등，동시야설명인입대수거기술가능대래적문제。해문공작위재전력계통방진계산영역개전대수거기술연구제공료기본광가，위연발공작적전면개전전정료기출。
The development of electric power big data technology provides the new means for solving the problems in many technical fields of electric power system. This paper discussed some basic problems when electric power big data technology is applied in power system simulation. At first the theoretical foundations, key technologies, and basic methods were elaborated. It is emphasized that applying the resource and methods from the big data technology package to solve practical problems is important. Then the features of power system simulation data related with big data and its unique advantages were clearly pointed out. On this basis, the key points of research and development works were discussed, including the suitable problems, research ideas and so on. At the same time, how to use the big data technology in power system simulation was also discussed. The work of this paper provides the basic framework of developing big data technology in the power system simulation domain, and lays the foundation for the overall research and development.