CAJ | 학술논문

　　为了提高数据的实时性和准确性，针对现状的不足，提出了网络保护调控一体化系统方案、分布式的全景数据平台方案。在方案中，监控系统由传统的四层结构变为三层，过程层、设备层、调控层；全景数据平台方案针对不同区域，采用分布式实时数据库，同时对海量历史数据用序列数据库存储，采用对象、容器定义对数据建模；利用数据模型，在不同的运行方式下，针对稳态数据，采用并行计算，获得全面数据，提高数据实时性。通过应用验证，说明新的方案对解决目前面临的问题具有比较大的优势。
　　위료제고수거적실시성화준학성，침대현상적불족，제출료망락보호조공일체화계통방안、분포식적전경수거평태방안。재방안중，감공계통유전통적사층결구변위삼층，과정층、설비층、조공층；전경수거평태방안침대불동구역，채용분포식실시수거고，동시대해량역사수거용서렬수거고존저，채용대상、용기정의대수거건모；이용수거모형，재불동적운행방식하，침대은태수거，채용병행계산，획득전면수거，제고수거실시성。통과응용험증，설명신적방안대해결목전면림적문제구유비교대적우세。
The current integration of power grid dispatching and control has many deficiencies, and in order to improve the real-time and accuracy of the data, this paper proposes an integrated system scheme based on network protection and a distributed panoramic data platform system scheme. The new monitoring system changes from the traditional four-layer structure to three layers, namely process layer, equipment layer and control layer. The panoramic data platform uses a distributed real-time database for different areas, a sequence database for storing the massive historical data, and builds a data model using objects and containers. Based on the steady state data in different operating modes, comprehensive data can be obtained by using parallel computing and the data model, which improves the real-time characteristics. The application verification shows that the new scheme has some advantages in solving the current problems.