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600MW火电集控系统运行常见问题及应对措施 被引量:3

Discussion on Common Problems and Countermeasures of 600MW Thermal Power Set Control System
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摘要 随着用电需求的快速增长, 电力企业相应也采用更先进的机组装备.600MW型号机组技术成熟, 性能稳定, 得到了广泛的应用和关注.目前, 该型号机组逐渐开始使用集控运行模式, 提高自动化水平的同时,也对设备的维护与管理工作提出了更严格的要求.本文对火电企业集控系统原理进行讲解, 对其中存在的一些常见问题进行分析, 并提出了应对措施, 有利于电厂的稳定运行. With the rapid growth of electricity demand, electric power enterprises also adopt more advanced equip.ment. The 600MW model has been widely applied and concerned due to its mature technology and stable perfor.mance. At present, the centralized control operation mode was gradually used in this type of unit, which raises the lev. el of automation and put forward stricter requirements for the maintenance and management of equipment. This paper explained the principle of centralized control system in thermal power enterprises, analyzed some common problems existing in it, and put forward corresponding countermeasures, which was conducive to improving the stable operation of power plants.
作者 杨尚霖 YANG Shanglin(Pingdingshan Yaomeng Power Generating Company Limited,Pingdingshan Henan 46700)
出处 《河南科技》 2018年第22期50-52,共3页 Henan Science and Technology
基金 河南省知识产权局软科学项目:“严格”视域下我省知识产权保护体制的探索与完善(20170106001)研究成果 洛阳市社会科学规划课题 洛阳市专利保护法律机制研究研究成果
关键词 火电机组 600MW 集控系统 thermal power unit;600MW;centralized control system
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  • 1王晓江,祝西莹,韩伟.实践教学的组织管理与提高教学质量探析[J].教育与职业,2006(2):80-82. 被引量:8
  • 2董建勋,李辰飞,王松岭,陈宏伟.还原剂分布不均匀对SCR脱硝性能影响的模拟分析[J].电站系统工程,2007,23(1):20-21. 被引量:38
  • 3任文彬.浅析火力发电厂发电机组的集控运行技术[J].电源技术应用,2013,9(3):85-86.
  • 4冯陆军,柴国勋,李北记.火电厂集控运行问题及策略[J].电源技术应用.2013(9):359.
  • 5于泉,张海峰.600MW机组集控运行技术分析[J]China’s Foreign Trade,2011(24).
  • 6段传和,夏怀洋,等.燃煤电站SCR烟气脱硝共程技术.
  • 7DL/T260-2012,燃煤电厂燃气脱硝装置性能验收试验规范[S].
  • 8Nenad S. hnproving the performance of boiler auxiliaries Pat1 [ [J]. Coal Power, 2010( 10):1-35.
  • 9Wright T,De[allo M. Increased SO3 andc ammonia slip from SCR: balancing air heater deposits , ammonia in eflluen! discharge , and SOX plume [C] // Proceedings of 2002 cont~rence on selective catalytic reduction (SCR) and selective non-cal~dytic reduction (SNCR) tbr NOX control . Pittsburgh , Pennsylvania: National Energy Technology Laboratory (NETI,), 2002.
  • 10Nenad S. hnproving the performance of boiler auxiliaries, Part II [J], Coal Power , 2011(2): 1-35.

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