Home > Article > 2022 > 02

Article

Application of data visualization technology in analysis of level variation ofHP Heater of 1 000 MW supercritical unit

Received Date:2021-12-26

Download Download 2022 NO.02

    Abstract:In order to study the level variation of No.6 HP ( high pressure) Heater in Unit 8 during lowload in the Shanghai WaiGao... Open+
    Abstract: In order to study the level variation of No.6 HP ( high pressure) Heater in Unit 8 during lowload in the Shanghai WaiGaoQiao No.3 Power Plant,the Pandas module of Python was introduced togroup and visualize the 10-year operation data from supervisory information system( SIS) in plant level.The variation law of water level of No.6 HP Heater was analyzed based on the variation trends of param-eters such as water level,inlet temperature,outlet temperature,and drainage temperature. The resultsshowed that the drainage temperature and inlet temperature were the main factors affecting water levelfluctuation. The increased inlet water temperature was the main reason of water level fluctuation underlow load. In order to effectively solve the problem of water level fluctuation under low load conditions,itwas suggested to reduce the introduction of heat at the inlet of feed pump during operation to reduce theinlet temperature. Close-

    Authors:

    • XU Ke
    • WEI Kang
    • TANG Hua
    • CHEN Bin
    • LI Zhenglei
    • LIU Jiandong
    • DU Yangyang

    Units

    • Shanghai Waigaoqiao No.3 Power Plant Co.,Ltd.,Shanghai 200137,China

    Keywords

    • Data visualization technology
    • HP Heater
    • Drainage temperature
    • Inlet temperature
    • Levelvariation
    • Pandas

    Citation

    XU Ke,WEI Kang,TANG Hua,et al. Application of data visualization technology in analysis of level variation ofHP Heater of 1 000 MW supercritical unit[J]. Energy Environmental Protection,2022,36( 2) : 15-21.

    Relate Article

    Add: No.288, Gongxiu Road, Xiaoshan District, Hangzhou City, Zhejiang Province.
    Post Code: 311201
    Tel: 0571-82989702, 19558121964
    E-mail: office@eep1987.com
    Website Copyright © Editorial Department of Energy Environmental Protection 京ICP备05086979号