太平湾发电厂,Taipingwan Power Plant
1)Taipingwan Power Plant太平湾发电厂
英文短句/例句
1.Preparedness for earthquake and emergency plan of Taipingwan hydropower station太平湾发电厂的防震减灾与应急工作
2.Analysis of Technology and Economy on the Expanding Project of Taipingwan Power Plant Changdian Station;太平湾发电厂长甸电站扩建工程的技术与经济分析
3.Research on the RCM-based Maintenance Management of TaiPingShao Power Plant;基于RCM的太平哨发电厂设备检修管理研究
4.Noise Analysis and Treatment for No6 Generator of Mawan Power Plant妈湾发电厂#6发电机噪声分析及处理
5.On-line Monitoring and Analysis of Energy Loss of 100MW Coal-fired Power Unit in Haibowan Power Plant;海渤湾发电厂100MW机组能损在线分析
6.Analysis of cracks on cement poles of Taipingwan hydropower station and its reinforcement太平湾电站变电站水泥杆裂缝分析及加固
7.Influence of Pushihe flood to tail water level of taipingwan hydropower station蒲石河洪水对太平湾水电站尾水位的影响
8.Construction and application of automatic water regime system at Taipingwan hydropower station太平湾电站水情测报自动化系统的建设与应用
9.Influence of flood from Pushi river on flood discharge of Taipingwan hydropower station蒲石河洪水对太平湾水电站泄洪的影响
10.THE DESIGN OF AUTOMATIC CONTROLSYSTEM OF RADIAL WATER GATE IN MANWAN HYDROPOWER STATION漫湾发电厂表孔弧门自动控制系统设计
11.The Sustainable Development Research of Haibowan Power Plant s 3th Construction Project;海勃湾电厂三期工程可持续发展后评价研究
12.Analysis of Reliability and Improvement of the DC Operation Power Supply System in JinWan Power Plant金湾发电厂直流系统可靠性的分析与改进
13.a power, chemical plant发电厂、 化工厂.
14.High Pressure Jet Grouting and Anti-seepage Engineering at Cofferdam of Power House at Taipingjiang Hydropower Station太平江水电站厂房围堰高压旋喷防渗施工
15.Analysis on tailrace sedimentation after flood discharge and power loss at Taipingwan hydropower station太平湾电站泄洪后尾水渠淤积与电能损失的分析
16.Caoqiao Gas-fired Cogeneration Plant, Taiyanggong Gas-fired Cogeneration Plant, and gas turbine units of the Third Cogeneration Plant (phase I and II) will be constructed.建设草桥燃气热电厂、太阳宫燃气热电厂、第三热电厂燃气发电机组一期和二期工程。
17.In this paper, the operation process of variable-parameter shutdown and forced cooling of300 MW units in Mawan Power Station is described at length.详细介绍了深圳妈湾发电厂机组滑参数停机、制冷却的方法及过程。
18.The Research and Application of the Moderating Control System of the HaiBoWan Power Plant Unit 1;海渤湾发电厂#1机组协调系统优化控制应用研究
相关短句/例句
Taipingwan power plant Changdian Station太平湾发电厂长甸电站
3)Taipingwan Hydropower Station太平湾水电厂
1.Programmable control technology for seepage drainage system ofTaipingwan Hydropower Station;太平湾水电厂渗漏排水系统采用可编程控制技术
4)Taipingwan hydropower station太平湾电站
1.Analysis of cracks on cement poles ofTaipingwan hydropower station and its reinforcement太平湾电站变电站水泥杆裂缝分析及加固
5)Manwan Hydropower Station漫湾发电厂
1.Technical transformation of computer supervisory system for theManwan Hydropower Station;漫湾发电厂计算机监控系统技术改造
6)Taipingwan hydropower station太平湾水电站
bined with the numerical model of the river steady and unsteady flow,the paper simulates and analyzes the influence of tail water level inTaipingwan hydropower station when the flood occurred in the Pushihe river or Pushihe and Yalu river simultaneously.本文运用河道恒定流与非恒定流数值模型,模拟分析蒲石河发生的洪水,或蒲石河与鸭绿江同时发生洪水时,对太平湾水电站尾水位的影响,提供定量研究成果,为防洪与电站发电提供依据。
2.Preparedness for earthquake and emergency plan ofTaipingwan hydropower station太平湾水电站位于丹东市上游,破坏性地震会导致洪水灾害和电力设施灾害。
延伸阅读
发电厂厂内经济调度发电厂厂内经济调度economic dispatching in power plantfad一onehong ehongne一j一ngj一d一aodu发电厂厂内经济调度(eeonomic dispatehinginPowerplant)发电厂内经济调度是在满足机组容t，调整速度，起停时间与约束条件下用最少的燃D~D图1锅炉耗t及其徽增率曲线料童(或嫩料费用或发电成本)完成规定的发电计划。发电厂内经济调度主要内容有:编制机炉及组合经济特性、起停机计划和出力分配计划等。锅炉的经济特性如图1所示，一条是燃料耗量B对蒸汽量才B些dDO的曲线，一条是其徽增率dB/dD对蒸汽量D的曲线.汽轮机和发电机了.0塑dP合成经济特性如图2所示，一条是燕汽耗量D与出力尸的曲线，另一条是其徽增率dD/d尸与出力尸的曲线.锅炉、汽轮机和发电机合成的机组经济特性如图3所示，一条是然料耗tB与出力尸的曲线，一条是其徽声耘尸图2汽轮发电机组蒸汽耗t及其徽增率曲线增率dB/d尸与出力尸的曲线，多}d刀、){葫一‘}一.一一一止-一目几加月.PdB一护里p图3机组经济特性曲线 还有一条是单位耗量B/P与出力尸的曲线。多台机组的经济特性是由单台机组特性按等微增率的原则合成的。发电厂内有多台机组时，运行的台数决定于全厂出力的大小，起停次序决定于各机组的平均耗t，起停功率点可取不同组合的单位耗量曲线的交点(加上起动耗l更准确些)。发电厂内各运行机组之间经济分配出力的原则是徽增率相等，即竺二些~一旦旦竺=dP一dPZ dP.尸，二尸1+尸2+…十尸.式中，BI，BZ，…，B.是机组1，2，，“，m的燃料耗量;尸了，尸:，一，凡是机组1，2，一，。的出力;P.是全厂计划出力，等于各机组出力之和口是针对P.的功率平衡拉格朗日条件乘子.母管制发电厂经济调度比较复杂，这时分为全厂电功率分配和全厂热功率分配两部分，每部分采用的仍然是等徽增率原则。热电厂的经济调度更为复杂，热力和电力协调调度可取得更大的效益，当然受到的约束也更多。属于发电厂内经济调度的其他内容还有磨煤机调度、给水泵调度、燃料调度、检修调度、防污染调度等.机组经济特性不但是厂内经济调度的依据，也是电力系统经济调度的基础，通常是在设备检修后试验和计算，一般用反平衡原理，近来也开始用正平衡原理。在电力市场条件下，不但更要加强发电厂内部的经济调度，而且将燃料t化为嫌料费，并将管理费、检修费和发展费(或还贷)计人发电成本.此外还要计算辅助服务费，例如自动发电控制(automatie砂nerationcontrol，AGC)费、调峰费、备用费、无功费和应急出力费等，这也是发电厂利润的来源.
