YANG Yongjun, PANG Shun, ZHAO Yuliang, et al. Multiple power generation modes based supervisory information system:research and application[J]. Thermal power generation, 2014, 43(2): 104-108.
YANG Yongjun, PANG Shun, ZHAO Yuliang, et al. Multiple power generation modes based supervisory information system:research and application[J]. Thermal power generation, 2014, 43(2): 104-108.DOI:
The plant level supervisory information system(SIS)was developed for power generation units in Taiyuan Iron Steel(Group)Co.
Ltd.(TISCO).Application of SIS in unit with multiple generation modes helped realizing information sharing
data collection
data storage
data query
data statistics and analysis
performance index comparison
distribution optimization of electric and heat load
and other functions
which enhanced the production efficiency and management level.Distribution optimization of the electric and heat load can save steam with amount of about 9t/h.Thus
when the required evaporation capacity is larger than 520t/h
the load distribution optimization of the boiler can save fuel with amount of 50kg/h to 130kg/h
other than the load distribution optimization can help the boiler save gas with low heat caloric value(2 958kJ/m3)by7 709m3/h.