摘要
为了提高特高压试验电源的计算能力,设计了基于TMS320F2407芯片信号的DSP信息处理电路,并构建了高压电源数据远程自动检测算法模型,实现了电源数据运行的远程监控与计算。采用GSM、GPRS、蓝牙和ZigBee等,有效兼容多种无线数据传输方式,对1000 kV及以上特高压电源的新型硬件架构进行了新型设计。所提方法改善了特高压试验电源的性能,为下一步研究奠定基础。
In order to improve the computing power of ultra high voltage(UHV)test power supply,a DSP information processing circuit based on TMS320F2407 chip signal was designed,and an algorithm model for remote automatic detection of high-voltage power supply data was constructed to realize remote monitoring and calculation of power supply data operation.Using GSM,GPRS,Bluetooth and ZigBee,etc.,which can be effectively compatible with various wireless data transmission methods,a new design was carried out for the new hardware architecture of 1000 kV and above UHV power supplies.The proposed method improves the performance of the UHV test power supply and lays a foundation for further research.
作者
周连凯
何琳
妙旭娟
荣高升
徐其丹
Zhou Liankai;He Lin;Miao Xujuan;Rong Gaosheng;Xu Qidan(Economic Research Institute,State Grid Xinjiang Electric Company,Urumqi Xinjiang 830002,China)
出处
《电气自动化》
2023年第3期115-118,共4页
Electrical Automation
基金
新疆重大科技项目(XJ2021KF45JG4GF4)。
