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大數據通信平臺的智能集成廣域保護控制系統設計
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東南大學(xué),

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TP311

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Design of intelligent integrated wide area protection control system for big data communication platform
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    摘要:

    傳統通信保護控制系統存在信道占用過(guò)于單一、控制信息局限性較強等弊端。為解決上述問(wèn)題,設計基于大數據通信平臺的新型智能集成廣域保護控制系統。在大數據通信平臺框架的基礎上,重新規劃集成適配模塊、廣域控制決策模塊的連接形式,完成新型系統的硬件運行環(huán)境搭建。在此基礎上,聯(lián)合多項廣域通信協(xié)議,對保護控制驅動(dòng)程序代碼進(jìn)行重新排列,并根據具體重排結果確定通信數據庫的連接形式,完成新型系統軟件運行環(huán)境搭建,實(shí)現基于大數據通信平臺智能集成廣域保護控制系統的順利運行。模擬系統運行環(huán)境設計對比實(shí)驗結果表明,與傳統通信保護控制系統相比,應用新型系統后,信道占用率達到80%以上,控制信息覆蓋面積提升30%左右。

    Abstract:

    Traditional communication protection and control system has disadvantages such as single channel occupancy and strong limitation of control information. In order to solve these problems, a new intelligent integrated wide area protection control system based on big data communication platform is designed. On the basis of the framework of the large data communication platform, the connection form of the integration adaptation module and the wide area control decision module is replanned, and the hardware running environment of the new system is built. On this basis, a number of wide area communication protocols are combined to rearrange the code of the protection and control driver, and the connection form of the communication database is determined according to the rearrangement results, and the running environment of the new system software is built to realize the smooth transportation of the intelligent integrated wide area protection control system based on the large data communication platform. That''s ok. Compared with the traditional communication protection control system, compared with the traditional communication protection control system, the channel occupancy rate of the channel is above 80% and the coverage area of the control information is increased by about 30%.

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引用本文

許藝凡,王宇晨.大數據通信平臺的智能集成廣域保護控制系統設計計算機測量與控制[J].,2019,27(2):106-109.

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  • 收稿日期:2018-08-06
  • 最后修改日期:2018-09-04
  • 錄用日期:2018-09-04
  • 在線(xiàn)發(fā)布日期: 2019-02-14
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