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   generate electricity system 的翻译结果: 查询用时:0.178秒
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generate electricity system
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  发电系统
     The charge method for battery adopts the technology of constant current charging and constant voltage dV/dt current limited. A charge controller of 12/24 V solar energy DC generate electricity system is designed by introducing the ATMEGA8L single chip device and TL494 PWM pulse width modulator in this paper.
     以恒流充电和dV/dt技术恒压限流充电相结合的方法,采用ATMEGA8L单片机和TL494电流型PWM脉宽调制器,对12/24V太阳能直流发电系统的充电控制器进行了设计。
短句来源
     In order to not only know 10 MW High Temperature Gas Cooled Reactor (HTR-10) nuclear power system’s dynamic character more deeply but also to satisfy requirements of control system’s design and analysis, the dynamic model of HTR-10 nuclear power system is established on the basis of dynamic model of HTR-10 nuclear system, which supplies turbine and generate electricity system model.
     为了进一步深入掌握10MW高温气冷堆核动力系统的动态特性,以满足控制系统分析设计的需要,在其核岛系统动态模型的基础上补充了透平-发电系统模型,形成了HTR-10核动力系统的动态模型。
短句来源
     The paper generally discusses technical measures of electrical design on building energy saving,which includes the automatic control of HVAC,energy saving designs of lighting system and power supply system,and the application of solar energy stove of the recovery generate electricity system.
     全面论述了建筑节能电气设计的技术措施,包括暖通空调系统的自动控制、照明系统和供配电系统的节能设计以及太阳能光伏发电系统的应用。
短句来源
     The shipping multi-mode electricity station system include generate electricity system, switch electricity system, generator system and network communication system.
     船舶多模式电站系统包括原动机发电系统、交配电系统、发电机并车系统以及网络通讯系统。
短句来源
     The reliability design of pint-sized the H-air proton exchange membrane fule cell generate electricity system
     小型氢-空质子交换膜燃料电池发电系统的可靠性研究
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  “generate electricity system”译为未确定词的双语例句
     The Proton Exchange Membrane Fule Cell Generate Electricity System
     质子交换膜燃料电池作为军事通信电源的应用前景分析
短句来源
     The power transmission is from generate electricity system to user it makes the electrical appliance work possible.
     电能传输是发电方向用电方传输电能的过程,依靠电能传输过程电器设备才会拥有赖以工作的有功功率。
短句来源
  相似匹配句对
     ANALYSE MODEL FOR GENERATE ELECTRICITY COST
     发电成本分析模型
短句来源
     Competition games of generate-electricity manufacturer are discussed.
     (3)利用博弈论的相关理论对发电厂商之间的竞争作了深入探讨。
短句来源
     Control System of Natural Gas Generate Electricity Unit
     天然气发电机组控制系统
短句来源
     Considerations on Electricity
     对电现象的一些思考
短句来源
     A Study of Reservoir System Generate Electricity Optimal Attemper
     多水库系统发电最优调度研究
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In order to not only know 10 MW High Temperature Gas Cooled Reactor (HTR-10) nuclear power system’s dynamic character more deeply but also to satisfy requirements of control system’s design and analysis, the dynamic model of HTR-10 nuclear power system is established on the basis of dynamic model of HTR-10 nuclear system, which supplies turbine and generate electricity system model. Using this model, system’s main variables’ dynamic processes are simulated when control rod takes step reactivity disturb....

In order to not only know 10 MW High Temperature Gas Cooled Reactor (HTR-10) nuclear power system’s dynamic character more deeply but also to satisfy requirements of control system’s design and analysis, the dynamic model of HTR-10 nuclear power system is established on the basis of dynamic model of HTR-10 nuclear system, which supplies turbine and generate electricity system model. Using this model, system’s main variables’ dynamic processes are simulated when control rod takes step reactivity disturb. The concussive progresses which is caused by reactivity disturb are analyzed. The results indicate that fuel temperature changing more slowly than nuclear power makes reactivity negative feedback not to restrain power changing, and then power concussive progress comes to being.

为了进一步深入掌握10MW高温气冷堆核动力系统的动态特性,以满足控制系统分析设计的需要,在其核岛系统动态模型的基础上补充了透平-发电系统模型,形成了HTR-10核动力系统的动态模型。利用此模型重点研究了当控制棒引入阶跃反应性扰动时系统主要参量的响应过程。对产生的震荡过程进行了深入的分析。结果表明:燃料温度变化相对于功率的变化缓慢且滞后,燃料温度反应性负反馈不能及时抑制功率的变化是形成系统参量产生衰减振荡的主要原因。

The control system of proton exchange membrane fuel cell (PEMFC) based on industrial control computer, which adopts digital proportional-integral-differential(PID) control technology was presented. This system processes input-gas flow and tail-gas flow controls by mass-flow controller to realize steady concerted pressure control of both loops, and it can realize steady temperature control by controlling flow speed of circulating water. The gas pressure and electrical stack temperature of the system...

The control system of proton exchange membrane fuel cell (PEMFC) based on industrial control computer, which adopts digital proportional-integral-differential(PID) control technology was presented. This system processes input-gas flow and tail-gas flow controls by mass-flow controller to realize steady concerted pressure control of both loops, and it can realize steady temperature control by controlling flow speed of circulating water. The gas pressure and electrical stack temperature of the system can be set at any value required in an actual experiment. The man-machine interface can conveniently be used to control the state of the system, and it can process real-time experiment inspecting and data storage and data inquiry. The experiment demonstrates such system with steady control and high practicability can be applied for the experimental research of PEMFC generating electricity system (100~5 000 W).

质子交换膜燃料电池(PEMFC)控制系统,以工业控制计算机为核心,采用了数字比例积分微分(PID)计算机控制技术,通过质量流量控制器进行进气流量和尾气流量的控制,实现了稳定的双路协调的压力控制。并且,通过对循环水流速的控制,实现了稳定的电堆温度控制。此控制系统的气体压力值和电堆温度值可以任意设定在具体实验要求的某一数值。并且此系统的人机对话界面可以方便地实现控制状态的设定,可以进行实时的实验监控和数据存储以及数据查询。经实际应用证明,此控制系统控制稳定、实用性强,可应用于100~5 000 W的PEMFC发电系统的实验研究。

The paper analyses the fault qualitatively which would be exist in the H-air proton exchange membrane fuel cell generate electricity system by Fault Tree Analysis(FTA). A technique have been bring forward in the system design in order to improve on the whole system's reliability.

利用故障树(FTA)分析方法定性的分析小型氢 空质子交换膜燃料电池发电系统在设计和使用中可能存在的故障,提出了系统设计的改进方法,进而提高系统整体的可靠性。

 
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