火力发电机组

  • 网络Thermal power generation unit;thermal generator set
火力发电机组火力发电机组
  1. 基于PLC的火力发电机组主汽温微分先行控制器

    Differential preceding PID controller based on PLC for main-steam temperature control

  2. 火力发电机组的DCS改造

    Rebuilding of Thermal Power Generating Unit with DCS

  3. 基于DDE的火力发电机组经济运行在线监测系统

    On-line monitoring system of economic operation of stream power generator unit based on DDE

  4. 基于DEA的600MW火力发电机组的经济效益评价

    Economic benefits evaluation for 600 MW fossil units

  5. 随着自动控制技术的不断发展,分散式控制系统DCS(DIstributedControlSystem)已经广泛地应用到大中型火力发电机组,大大减轻了运行人员的工作强度,提高了机组的可靠性。

    With the great development of automatic control technology , DCS ( Distributed Control System ) has been broadly used in large and medium-sized fossil fuel power plant . DCS makes the operators work easily and improves the security of power plant .

  6. AGC在应用过程中遇到的难点问题,是大容量单元制火力发电机组存在着较大的滞后和惯性,因此负荷响应速率受到限制。

    Because the difficulty in applying AGC to project lies in large lag and inertia for large capacity unit power , load respond is limit .

  7. 对于高参数、大容量火力发电机组,TOC是控制机组水汽循环品质的重要指标。

    TOC is the important index to control quality of water & steam cycle for supernal parameters and high-capacity fossil fuel power plant .

  8. 大中型火力发电机组励磁系统运行时,如果进行励磁调节器(AVR)与备用励磁切换操作,发电机组瞬间会出现很大的无功冲击。

    There exists momentary reactive power percussion when on-line-switching is completed between AVR and reserve excitation in excitation system ' of large-medium-scale fossil fuel generator unit .

  9. 50%以上的火力发电机组烟气湿法脱硫系统设置气气换热器(GGH)。

    More than 50 % of wet flue gas desulphurization system thermal power generating units set gas gas heater ( GGH ) .

  10. 330MW火力发电机组协调控制系统改进

    Improvement of coordinated control system of 330 MW unit

  11. 本文研究的金山电厂火电机组烟气脱硫项目,是2×300MW火力发电机组的配套除硫工程。

    The project Flue Gas Desulfurization of Jinshan 2 × 300MW Power Plant this paper reasearched , is a matching project of desulfurization .

  12. 打印工作站是200MW火力发电机组运行状态监测系统(分布式微机监测系统)的主要功能站之一。

    Printing Station ( PS ) is one of the main functional stations on distributed microprocessor monitoring system .

  13. 根据600MW火力发电机组经济指标数据,应用DEA模型对其经济效益的相对效率进行了评价。

    Based on the technological and economic indices for 600 MW fossil units , the DEA ( Data Envelopment Analysis ) model was applied to evaluate the relative efficiency of the technological and economic benefits of the units .

  14. 新型马氏体耐热钢P92钢以其卓越的抗高温蠕变性能,成为超超临界火力发电机组的主蒸汽管道用材。

    The new martensite heat-resistant steel P92 by its remarkable anti-high temperature creep strength behavior , as candidate alloys for supercritical plants as the main steam tube .

  15. 对于燃煤火力发电机组,氮氧化物是煤燃烧过程中释放的主要污染物之一,电站燃煤锅炉作为用煤大户,是NOx排放的主要控制对象。

    Nitrogen oxide ( NOx ) is the main pollutant which is released during coal combustion of coal-fired thermal power plant . As the main of coal-consumption unit in thermal power plant , the fired boiler also is the most important control object of Nitrogen oxide emission .

  16. 以西部电厂2×330MW火力发电机组工程为例,对自并励静止励磁系统(静态励磁系统)灭磁的工程应用进行研究。

    Taking 2 × 330 MW unit of the West Power Plant Project as example , the engineering application of de-excitation in static excitation system was studied .

  17. WB36钢是德国研制的、用于高参数火力发电机组的材料。

    As a steel grade originally developed in Germany , the WB36 steel is used as material of hi parameter thermal power generation line .

  18. 绥中发电厂一期工程2×800MW超临界直流机组从俄罗斯引进,为我国目前单机容量最大的火力发电机组。

    The 2 × 800MW supercritical once-through units in first phase project of Suizhong Power Plant was introduced from Russia , being the maximum capacity units of thermal power-generation in China at present .

  19. 对某电厂2×300MW火力发电机组所配湿法石灰石/石膏烟气脱硫装置进行综合经济分析,说明采用湿法石灰石/石膏烟气脱硫技术可取得经济效益和良好的社会效益。

    Comprehensive economics analysis is made on wet limestone / gypsum smoke desulfuration equipment which is provided to 2 × 300 MW fire electric generating set in a certain power plant . Good economics benefits and social benefits are achieved by limestone / gypsum smoke desulfuration technology .

  20. 火力发电机组热控系统性能试验的探索研究

    Probe Study of Fire Power Units Thermal Control System Function Test

  21. 顶峰运行对火力发电机组安全性的影响

    Influence of peak operation on safety of thermal power generator sets

  22. 遗传算法在火力发电机组计划检修中的应用

    Application of genetic algorithm to scheduling maintenance of thermal generating units

  23. 基于控制组态软件的火力发电机组仿真研究

    The Research of Thermoelectricity Generator Unit Simulation Based on Control Configuration Sofeware

  24. 大型火力发电机组湿法烟气脱硫系统技术

    Wet Process of FGD System Technology for Large-sized Thermal Power Generating Set

  25. 火力发电机组锅炉连排流量的一种测量方法

    A Boiler Continuous Blowdown Flow Measurement Method for Fossil Fired Power Plant

  26. 超大型火力发电机组冷却水泵优化配置

    Optimization of cooling water pump in super-large thermal power units

  27. 燃煤火力发电机组在高海拔地区运行经济性探讨

    On Economy of Coal-fired Generating Unit in High Altitude Area

  28. 我国燃煤电厂脱硫方式的探讨大型火力发电机组自动化

    An Outline of Large Generating Unit Automatization in Coal - fired Power Plant

  29. 火力发电机组锅炉控制技术的新进展

    New Advances in the Development of Boiler Control Technologies for Thermal Power Plants

  30. 锅炉各类受热面管子失效事故是火力发电机组强迫停机的重要原因。

    Boiler tube failure is the most important cause of unit forced shutdown .