CAJ | 학술논문

随着智能变电站的发展，变电站二次设备的集成度也越来越高。为了实现对电网三态（稳态、动态、暂态）数据采集装置的融合，给出了一种三态数据综合采集方案，即由智能变电站中按照间隔配置的分布式三态数据采集装置、站控层网络和监控系统的数据通信集中模块组成三态数据综合采集系统，并对它们的功能分配进行了详细说明。对三态数据综合采集装置的方案设计进行了详细介绍，并通过站控层或过程层GOOSE通信解决了暂态数据的完整采集问题。最后，通过具体的试验验证了方案的可行性。相比传统的数据采集方式，该方案在灵活性和经济性上具有明显优势。
수착지능변전참적발전，변전참이차설비적집성도야월래월고。위료실현대전망삼태（은태、동태、잠태）수거채집장치적융합，급출료일충삼태수거종합채집방안，즉유지능변전참중안조간격배치적분포식삼태수거채집장치、참공층망락화감공계통적수거통신집중모괴조성삼태수거종합채집계통，병대타문적공능분배진행료상세설명。대삼태수거종합채집장치적방안설계진행료상세개소，병통과참공층혹과정층GOOSE통신해결료잠태수거적완정채집문제。최후，통과구체적시험험증료방안적가행성。상비전통적수거채집방식，해방안재령활성화경제성상구유명현우세。
With the development of smart substation, the integration level of substation secondary equipment is also increasing. In order to achieve the integration of three-state data (steady, transient, dynamic states) collection equipment on grid, the paper provides the method of three-state data comprehensive collection, i.e. the data acquisition equipment of distributed three-state data by smart substation intervals, station bus or process bus GOOSE network, and the data concentrator module of SCADA constitute the three-state data comprehensive collection system, and makes a detailed description of their function assignment. The paper details the research and design of three-state data collection equipment and solves the problem of transient data complete collection by GOOSE communication. Finally, the feasibility of the program is verified by specific test. Compared with the traditional three-state data comprehensive collection system, the program has obvious advantages in flexibility and economy.