摘要
针对大型新能源集控中心建设面临场站复杂多变、设备类型多、集控测点数量巨大等问题,根据业务需求,对集控硬件架构和系统软件进行优化,结合项目经验,提出了测点容量、层级数量、通道带宽、及程序数量等计算方法,为大型新能源集控中心设计提供了有力支撑,同时可供其他同类型集控中心设计参考。
The construction of large-scale new energy centralized control centers may of various problems such as complex and variable stations,multiple types of equipment,and large number of measurement points.Considering the business requirements,the hardware architecture and system software of the centralized control system are optimized.Calculation methods for the measurement point capacity,number of levels,channel bandwidth,and number of programs are proposed based on practical experience.It provides strong support for the design of large-scale new energy centralized control centers,and could be useful reference for the design of other similar type centralized control centers.
作者
仓义东
靳帅
李林虎
CANG Yidong;JIN Shuai;LI Linhu(NARI Group Corporation,Nanjing 211106,China;CHN Energy Qinghai Electric Power Co.,Ltd.,Xining 810000,China)
出处
《水电与新能源》
2025年第1期28-31,共4页
Hydropower and New Energy
关键词
大型新能源集控
系统架构
层级划分
通讯接口
large-scale new energy centralized control
system architecture
level division
communication inteface
