公司拥有水电、火电、风电等多种电源结构。
With hydropower, thermal power, wind power and other power structures.
目前，在我国的电网结构中，300MW火电机组已日益成为骨干，因此，如何保证这些机组的安全运行，是当今的理论工作者和现场实际工作者面临的问题。
Nowadays, in the power net structure of our nation, 300mw generate set has become the main set, the problem of how to ensure the safe operation has been confront the theorist and practic workers.
介绍了火电厂承重钢结构的现场加工制作、划线、剪切、坡口加工、打孔、弯制、拼装及焊接等工艺过程。
This article describes the in-field fabrication process of those steel structures, such as lining, shear, groove preparation, punching hole, bending, assembling and welding etc.
对设置铅阻尼器的火电厂悬吊煤斗结构的耗能减震性能进行了研究。
It is studied that the seismic properties of suspending coal hopper structure with lead dampers in thermal power plant.
文章研究表明，与其他点火方式相比，IGBT点火电路结构简单，点火能量稳定，更加适合应用于高性能电喷摩托车。
The research results show that IGBT ignition system is much more suitable for high-performance motorcycle with EMS for its simple structure and steady ignition energy.
在系统分析火电厂实时成本的基础上，对火电厂实时成本分析系统的总体结构、数据库及功能模块进行了设计。
Based on the systematical analysis of real-time cost in the thermal power plant, the whole architecture, database and function modules have been designed.
研究钢烟囱体系的结构特点对整个火电工业有着重要的理论价值和广泛的应用前景。
Research on steel chimney structural system is of importance since it could be great potentially applied in the thermal power industry.
本文介绍了火电厂汽温过程状态变量反馈控制系统的结构和特点，并讨论其有关参数的整定方法。
This paper presents the structure and features of a feedback control system for steam temperature. And the adjustment of parameters concerned is discussed.
随着点火电流强度增大，燃烧反应时的起始温度升高、点火时间延长，但点火电流强度变化对燃烧合成产物的微观组织结构影响不大；
Companing with the increase of igniting current density, combustion temperature dropped and igniting time delayed, but this change had less effect on microstructure of the products;
对比分析表明，煤斗悬吊结构对减小火电厂的结构地震反应有显著的效果。
Through a comparative analysis, theresults show that the structure with suspending coal hoppers has a distinct effect on reducing the seismic response of the thermal power plant.
利用ANSYS软件动力分析功能中的模态分析和谱分析功能对火电厂空冷岛钢结构平台的三维模型进行地震波作用下的抗震分析。
Using modal and spectral analysis in ANSYS dynamic analysis, earthquake resistance analysis has been performed on 3d model of steel platform of air-cooling island in thermal power plant.
能够解决过窄的汇流电极结构导致电阻增大，着火电压升高，工作状态不稳定的问题。
The invention can solve the problems of resistance increase, firing voltage rise and unstable working condition caused by a too narrow bus electrode structure.
能够解决过窄的汇流电极结构导致电阻增大，着火电压升高，工作状态不稳定的问题。
The invention can solve the problems of resistance increase, firing voltage rise and unstable working condition caused by a too narrow bus electrode structure.
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