发电出力,output,在线英语词典,英文翻译,专业英语

1) output

发电出力

There are many influencing factors of wind power unit such as wind velocity,confused flowing,tower-shadow effect and so on,which will bring fluctuation of wind turbine output.

风电机组发电出力的影响因素有很多,如风速、紊流、风机塔影效应等,这些因素的随机变化都会引起风机出力的波动。

2) output carves from generators

发电出力曲线

3) power generation

发电

Experimental study on the co-firing power generation of municipal solid waste and biomass;

城市生活垃圾与生物质混烧发电技术的实验研究

Application of refuse incineration-power generation technology in China;

垃圾焚烧发电技术在我国的应用

Comparative study on biomass power generation technologies;

生物质发电技术分析比较

4) generate electricity

发电

Thermoelectric materials used for the conversation between thermal energy and electric energy make it possible to manufacture no pollution, no mechanical moving and high effective equipments which can be used for generate electricity and refrigeration.

热电材料是能够使热能与电能直接相互转化的材料,它的出现为制造无污染、无机械运动、高效率的发电和制冷设备提供了广阔前景。

It can generate electricity through blowing the emitting gas into generator ,it can not only make full use of the energy resources,protect the environment,but also create better economic and social benefits.

为充分利用剩余煤气 ,兖州焦化厂研制开发了直燃式煤气发电技术 ,将放散煤气送入机组发电 ,既充分利用了能源、保护了环境 ,又创造了良好的经济和社会效益。

5) generating electricity

发电

The flowsheet, project engineering, its operating state and economical benefit of the generating electricity project with waste heat of straight cooler gas in MAGAMG 300m~2 sintering plant were presented in this paper.

本文介绍了马钢300 m~2烧结机带冷余热发电工程的工艺流程,项目建设、生产实践及经济效益等情况。

The characteristics and main treatment methods of municipal domestic waste in China were introduced,the integrated economic benefits of waste incineration and landfill were compared,the main restricted factors and related state policy for waste incineration and generating electricity were analyzed,and optimism foreground for waste incineration and generating electricity in China was pointed out.

介绍了我国城市生活垃圾的特征及其主要处理方法,对垃圾焚烧与填埋的综合效益进行比较,分析制约垃圾焚烧发电的主要因素以及国家对垃圾焚烧发电的相关政策,指出我国城市生活垃圾焚烧发电前景乐观。

The advantages, disadvantages and running performance when utilizing blast furnace gas for generating electricity in the steam turbine aircrew, gas turbine and combined cycle generation, and gas international combustion engine are analyzed.

分析了蒸汽轮机、燃气轮机及其联合循环发电、燃气内燃机这三种高炉煤气发电形式的优缺点及其运行状况。

6) generation

发电

Developing Summarization of Domestic and Intermational Solar Energy PV Generation;

国内外太阳能光伏发电发展综述

The role of new energy generation in power on construction of Qinghai province;

新能源发电在青海省电力建设中的作用

A brief introduce the power generation of waste heat from pre-baked anode processing and the technique of system control.

本文简述了预焙阳极余热发电的工艺流程,及工艺对系统控制的要求,并用DCS系统实现对预焙阳极余热锅炉、软水站、汽轮机、发电机等的重要参数进行检测,对锅炉汽包、主蒸汽、凝结水等实施有效控制,用联锁控制确保系统正常安全运行的方法。

参考词条

激发电位蒸发电极发电集团发电精煤发电机发电浸出发电利用发电工程火力发电斜流式水轮机音乐休闲

补充资料：发电机组最大最小出力

发电机组最大最小出力
maximum and minimum output of generating unit

fod旧nJ一Zu zu一do之u一x一00 ehuJ}发电机组最大最小出力(maximum and min-imum output of generating unit)发电机组在保证长时间安全运行的条件下所能达到的最大和最小出力。最大出力即为机组的额定出力;最小出力则随机组的类型、性能和使用的能源不同而异。经过长期运行的发电机组，由于使用年限过长和存在缺陷以及检修改造等原因，其最大最小出力会发生变化。确定最大最小出力的目的在于使电力系统调度部门能妥善安排发电出力以满足电力系统调峰的需要。限制火力发电机组最小出力的因素为:①锅炉燃烧是否稳定，主蒸汽温度和锅炉水位的控制能否顺利进行和炉膛是否结焦等;②汽轮机末几级叶片是否受到汽水浸蚀和汽缸的膨胀差问题等。具体机组的最小出力应根据制造厂说明或通过试验确定。为了电力系统调峰的需要，对机组有的进行了技术改造.有的采用降低汽压的变压运行方式，以降低发电机组的最小出力，解决因温度变化而引起的问题。一般常规火电机组的平均最小出力值范围见表。常规火力发电机组.小出力┌──────┬──┬──────────────┐│机组额定出力│燃料│机组最小出力 ││ (MW) │种类├──────┬───────┤│ │ │以有名值表示│额定出力百分值││ │ │ (MW) │ (%) │├──────┼──┼──────┼───────┤│180~660 │煤 │70~270 │38~4() ││ ├──┼──────┼───────┤│ │油 │50~200 │28~36 │└──────┴──┴──────┴───────┘

说明：补充资料仅用于学习参考，请勿用于其它任何用途。

首页 \| 翻译 \| 影视 \| 论坛 \| 索引发电: 风力发电机发电发电厂发电机组发电机组余热发电风力发电

1) output 发电出力 1. There are many influencing factors of wind power unit such as wind velocity,confused flowing,tower-shadow effect and so on,which will bring fluctuation of wind turbine output. 风电机组发电出力的影响因素有很多,如风速、紊流、风机塔影效应等,这些因素的随机变化都会引起风机出力的波动。 2) output carves from generators 发电出力曲线 3) power generation 发电 1. Experimental study on the co-firing power generation of municipal solid waste and biomass; 城市生活垃圾与生物质混烧发电技术的实验研究 2. Application of refuse incineration-power generation technology in China; 垃圾焚烧发电技术在我国的应用 3. Comparative study on biomass power generation technologies; 生物质发电技术分析比较 4) generate electricity 发电 1. Thermoelectric materials used for the conversation between thermal energy and electric energy make it possible to manufacture no pollution, no mechanical moving and high effective equipments which can be used for generate electricity and refrigeration. 热电材料是能够使热能与电能直接相互转化的材料,它的出现为制造无污染、无机械运动、高效率的发电和制冷设备提供了广阔前景。 2. It can generate electricity through blowing the emitting gas into generator ,it can not only make full use of the energy resources,protect the environment,but also create better economic and social benefits. 为充分利用剩余煤气 ,兖州焦化厂研制开发了直燃式煤气发电技术 ,将放散煤气送入机组发电 ,既充分利用了能源、保护了环境 ,又创造了良好的经济和社会效益。 5) generating electricity 发电 1. The flowsheet, project engineering, its operating state and economical benefit of the generating electricity project with waste heat of straight cooler gas in MAGAMG 300m~2 sintering plant were presented in this paper. 本文介绍了马钢300 m~2烧结机带冷余热发电工程的工艺流程,项目建设、生产实践及经济效益等情况。 2. The characteristics and main treatment methods of municipal domestic waste in China were introduced,the integrated economic benefits of waste incineration and landfill were compared,the main restricted factors and related state policy for waste incineration and generating electricity were analyzed,and optimism foreground for waste incineration and generating electricity in China was pointed out. 介绍了我国城市生活垃圾的特征及其主要处理方法,对垃圾焚烧与填埋的综合效益进行比较,分析制约垃圾焚烧发电的主要因素以及国家对垃圾焚烧发电的相关政策,指出我国城市生活垃圾焚烧发电前景乐观。 3. The advantages, disadvantages and running performance when utilizing blast furnace gas for generating electricity in the steam turbine aircrew, gas turbine and combined cycle generation, and gas international combustion engine are analyzed. 分析了蒸汽轮机、燃气轮机及其联合循环发电、燃气内燃机这三种高炉煤气发电形式的优缺点及其运行状况。 6) generation 发电 1. Developing Summarization of Domestic and Intermational Solar Energy PV Generation; 国内外太阳能光伏发电发展综述 2. The role of new energy generation in power on construction of Qinghai province; 新能源发电在青海省电力建设中的作用 3. A brief introduce the power generation of waste heat from pre-baked anode processing and the technique of system control. 本文简述了预焙阳极余热发电的工艺流程,及工艺对系统控制的要求,并用DCS系统实现对预焙阳极余热锅炉、软水站、汽轮机、发电机等的重要参数进行检测,对锅炉汽包、主蒸汽、凝结水等实施有效控制,用联锁控制确保系统正常安全运行的方法。参考词条激发电位蒸发电极发电集团发电精煤发电机发电浸出发电利用发电工程火力发电斜流式水轮机音乐休闲补充资料：发电机组最大最小出力发电机组最大最小出力 maximum and minimum output of generating unit fod旧nJ一Zu zu一do之u一x一00 ehuJ}发电机组最大最小出力(maximum and min-imum output of generating unit)发电机组在保证长时间安全运行的条件下所能达到的最大和最小出力。最大出力即为机组的额定出力;最小出力则随机组的类型、性能和使用的能源不同而异。经过长期运行的发电机组，由于使用年限过长和存在缺陷以及检修改造等原因，其最大最小出力会发生变化。确定最大最小出力的目的在于使电力系统调度部门能妥善安排发电出力以满足电力系统调峰的需要。限制火力发电机组最小出力的因素为:①锅炉燃烧是否稳定，主蒸汽温度和锅炉水位的控制能否顺利进行和炉膛是否结焦等;②汽轮机末几级叶片是否受到汽水浸蚀和汽缸的膨胀差问题等。具体机组的最小出力应根据制造厂说明或通过试验确定。为了电力系统调峰的需要，对机组有的进行了技术改造.有的采用降低汽压的变压运行方式，以降低发电机组的最小出力，解决因温度变化而引起的问题。一般常规火电机组的平均最小出力值范围见表。常规火力发电机组.小出力┌──────┬──┬──────────────┐│机组额定出力│燃料│机组最小出力 ││ (MW) │种类├──────┬───────┤│ │ │以有名值表示│额定出力百分值││ │ │ (MW) │ (%) │├──────┼──┼──────┼───────┤│180~660 │煤 │70~270 │38~4() ││ ├──┼──────┼───────┤│ │油 │50~200 │28~36 │└──────┴──┴──────┴───────┘ 说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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