ZHOU Song-guo, QU Zhang-long, HAN Lei, et al. Study on Anti-interference Performance of Pulverizing System in Thermal Power Plant[J]. 2017, 38(4): 6-12.
DOI:
ZHOU Song-guo, QU Zhang-long, HAN Lei, et al. Study on Anti-interference Performance of Pulverizing System in Thermal Power Plant[J]. 2017, 38(4): 6-12. DOI: 10.3969/J.ISSN.2095-3429.2017.04.002.
Study on Anti-interference Performance of Pulverizing System in Thermal Power Plant
the coal mill pulverizing system for thermal power unit startup and shutdown or tripping disturbance conditions
such as led directly to the main steam pressure and main steam temperature of the main parameters
such as severe changes
seriously affected the quality of AGC regulation. To solve this problem
this paper puts forward the fuel quantity to override control and a wind pressure automatic correction of double anti-interference control strategy. And apply in depth of AGC load of a 350 mw supercritical unit of the coal pulverizing system control
operation results show that the control strategy can not only steady disturbance conditions of fuel quantity
and can keep the average output of wind pressure with a mill dynamic matching relation
at the same time
which can effectively overcome the disturbance of the coal pulverizing system
ensure the steady performance of main parameter and the AGC control quality