火力发电,thermal power generation
1)thermal power generation火力发电
1.Large quantity of water intake ofthermal power generation and the latest norm of water intake have been described in the paper.简述了火力发电用水量、取水量浩大 ,最新的取水定额指标 ;详述了 10项节水技术及其节水技术的节水率比较以及 2 0 0 5年的节水目标、措施和示例。
2.The methods of energy - sowing and loss reducing inthermal power generation in our country are analyzed from several aspecis in this paper such as regulating the structure of the thermal power generating units, improving the efliciency of the generating units in service term and lowering the ratio of the power utility rate in the plants.从调整火电机组的结构,提高服役机组的效率,降低厂用电率等几个方面,分析了我国火力发电节能降耗的途径。
英文短句/例句
1.a thermal power station火力发电厂 [站]
2.steam-power station火力发电厂，汽力发电厂，热电站
3.Code for fire protection design of power plant and substation火力发电厂与变电所设计防火规范
4.The fireproofing and block burn measure research of cable in coal based power plant and substation;火力发电厂及变电所电缆防火阻燃措施
5.Auxiliary Scheme of Thermal Power Plant火力发电厂的厂用电接线
6.Standard for design of electrical laboratory of thermal power plant火力发电厂电气实验室设计标准
7.Optimization Design of Auxiliry Power Wiring for 1000MW Units1000MW火力发电厂厂用电优化设计
8.Research and Application of Energy-saving in Large Power Plant大型火力发电厂节电工程研究与应用
9.The Applications of Low-voltage Electromotor Protection in Thermal Power Plants低压电动机保护在火力发电厂的应用
10.Power Coal Blending Technique for Coal Fired Boilers;动力配煤原理在火力发电厂中的应用
11.Study on the Model of Human Resource Management in Thermo-Power Plant;火力发电企业人力资源管理模式研究
12.Benefit Analysis of Energy Conservation and Reduction Emission of Wind Power Plant and Thermal Power Plant风力发电与火力发电的节能减排效益比较分析
13.Development of simulation teaching platform for thermoelectric power plant based on WEB;基于WEB火力发电仿真教学平台开发
14.Promoting Large-scale Corporation Reforger by Marketing Internal火力发电厂在发展循环经济中的应用
15.Thermal power plant fire risk analysis and preventive measures火力发电厂的火灾危险性分析及预防措施
16.Optimization of Water Spray Extinguishing System for Oil Tank in the Main Factory Building of Thermal Power Plant火力发电厂主厂房油箱水喷雾灭火系统的优化
parison and application of firepower plant gas fire-extinguishing system火力发电厂气体灭火系统的比较与应用
18.Study of WSN Protocol in Large-Scale Thermal Power Plant Equipment Monitor大型火力发电厂发电设备监测的WSN协议研究
相关短句/例句
thermal power火力发电
1.Life cycle emission inventories for the fuels consumed bythermal power in China;中国火力发电燃料消耗的生命周期排放清单
2.Analyzes about Thermal power plant s coal management s method;关于火力发电厂的煤炭管理的方法分析
3.On the basis of analyzing the features ofthermal power logistics system, the paper puts forward some measures of controlling logistics costs inthermal power plants.物流成本是火力发电企业成本的重要组成部分。
3)thermal power plant火力发电
1.The paper gives solutions to the problem that the maintenance of the screw cinder cleaner needs shutting the boiler in athermal power plant, which makes it practical for a shutting door to be set in the boiler and this is proven in practice.针对火力发电厂燃煤锅炉使用螺旋捞渣机不能实现不停炉维修之问题提出了解决方案。
4)thermal power plant火力发电厂
1.Regarding the institutional innovation opportunity of Guangdong-Hongkong regional environmental management from the perspective of the "emission trading pilot scheme forthermal power plants in the Pearl River Delta region";从“珠三角火力发电厂排污交易试验计划”看粤港区域环境管理制度创新机遇
2.Design of the automatic fire protection system inthermal power plant;火力发电厂自动消防系统的设计
3.Study on planting landscape arrangement in factory area ofthermal power plants;火力发电厂厂区植物景观配置探讨
5)coal-fired power plant火力发电厂
1.The development status of technologies for separate and capture of CO2 fromcoal-fired power plants is introduced, which are the important emission fountains of CO2.针对于CO2的集中排放源,介绍了火力发电厂各种CO2分离捕集技术的发展现状。
2.The problems of coal-sampling machinery of coal as received incoal-fired power plant are discussed, and the solving methods are put forward.分析探讨了火力发电厂入厂煤机械采样机使用中出现的问题,并给出了解决措施。
3.According to can keep on the development and circulating economy strategy,coal-fired power plant must Construction the FGD.按照可持续发展和循环经济战略,火力发电厂实施烟气脱硫刻不容缓。
6)fossil-fired power plant火力发电厂
1.Introduction to electrical energy-saving technology forfossil-fired power plant;火力发电厂电气节能设计方法
2.Study on technical measures of water-saving for afossil-fired power plant;火力发电厂节水技术措施研究
延伸阅读
火力发电火力发电thermalelectricgeneration利用煤、石油、天然气等固体、液体、气体燃料燃烧时产生的热能，通过发电动力装置（包括电厂锅炉、汽轮机和发电机及其辅助装置）转换成电能的一种发电方式。在所有发电方式中，火力发电是历史最久的，也是最重要的一种。由于地球上化石燃料的短缺，人类正尽力开发核能发电、核聚变发电以及高效率的太阳能发电等，以求最终解决人类社会面临的能源问题。最早的火力发电是1875年在巴黎北火车站的火电厂实现的。随着发电机、汽轮机制造技术的完善，输变电技术的改进，特别是电力系统的出现以及社会电气化对电能的需求，20世纪30年代以后，火力发电进入大发展的时期。火力发电机组的容量由200兆瓦级提高到300～600兆瓦级（50年代中期），到1973年，最大的火电机组达1300兆瓦。大机组、大电厂使火力发电的热效率大为提高，每千瓦的建设投资和发电成本也不断降低。到80年代后期，世界最大火电厂是日本的鹿儿岛火电厂，容量为4400兆瓦。但机组过大又带来可靠性、可用率的降低，因而到90年代初，火力发电单机容量稳定在300～700兆瓦。火力发电按其作用分单纯供电的和既发电又供热的。按原动机分汽轮机发电、燃气轮机发电、柴油机发电。按所用燃料分，主要有燃煤发电、燃油发电、燃气发电。为提高综合经济效益，火力发电应尽量靠近燃料基地进行。在大城市和工业区则应实施热电联供。火力发电系统主要由燃烧系统（以锅炉为核心）、汽水系统（主要由各类泵、给水加热器、凝汽器、管道、水冷壁等组成）、电气系统（以汽轮发电机、主变压器等为主）、控制系统等组成。前二者产生高温高压蒸汽；电气系统实现由热能、机械能到电能的转变；控制系统保证各系统安全、合理、经济运行。火力发电的重要问题是提高热效率，办法是提高锅炉的参数（蒸汽的压强和温度）。90年代，世界最好的火电厂能把40％左右的热能转换为电能；大型供热电厂的热能利用率也只能达到60％～70％。此外，火力发电大量燃煤、燃油，造成环境污染，也成为日益引人关注的问题。
