In the end, based on electricity, the calculating methods for the cost and benefit of heating and electricity are studied, which are applied to air-cooled unit of BaoTou Second Thermal Power Plant.
最后，以电量法为基础，研究了热电联产热、电产品的成本效益计算方法，并将其应用于包头二热空冷机组的成本效益分析中。
The transformed air-cooling condenser of the heating unit of the NO. one Thermal Power Plant of Datong is the first direct air cooling in China, and is very important in water saving.
大同第一热电厂供热机组替代改造工程空冷凝汽器是国内首台大型直接空冷，对于节省水力资源具有十分重要的意义。
To support environmental protection, Baoding Thermal Power Plant Unit 1 to 6, respectively, in 2007 and early 2008, closed down.
为支持环保工作，保定热电厂1至6号机组分别于2007年和2008年提前关停。
Dynamic characteristic of power plant thermal process is close related with operation conditions of power unit.
电厂热工过程的动态特性与整个机组的运行工况密切相关。
The leakage in vacuum system of steam turbine for unit no. 4 in Zhangze Power Plant decreased thermal efficiency of said unit.
漳泽发电厂4号机组汽轮机真空系统泄漏，降低了机组热效率。
With the improvement of unit load and parameters of the thermal power plant, and also with the complicating of thermal equipments, automatic control systems are required more and more efficient.
随着火电机组容量和参数的提高及热力设备的复杂化，对自动控制系统的要求越来越高。
Power plant is the major unit of thermal discharge, and we must pay much attention to the impact on the ecological environment of receiving water.
电厂是废热水的主要排放单位，其对受纳水体生态环境造成的影响应给予足够的重视。
The existing problems and retrofitting measures of thermal control equipment of 300MW unit in Fengcheng power plant are elaborated.
阐述了丰城电厂30 0MW机组热控设备存在的问题及采取的改造措施。
The market principle of competitive price forces the thermal power plant to tap the potentialities of the unit, raise the efficiency, reduce personnel, lower cost.
竞价上网的市场原则迫使热电厂必须最大限度地挖掘机组潜力，提高效率，减少人员，降低成本。
To the weakness of Genetic Algorithm(GA)and based on the character of the practical question, a refined GA is presented in this paper to optimize the unit commitment in the thermal power plant.
本文针对常规遗传算法缺点，根据具体问题的特征，对火电厂内机组优化组合中的遗传算法从各个环节进行了改进，实例计算表明，该方法收敛性好、适应性强、能更有效地达到或接近全局最优。
The invention discloses a nonlinear predictive control method of a unit plant based on a chaos and hybrid optimization algorithm, belonging to the control field of thermal process.
本发明公开了属于热工过程控制领域的基于混沌混合优化算法的单元机组非线性预测控制方法。
The invention discloses a nonlinear predictive control method of a unit plant based on a chaos and hybrid optimization algorithm, belonging to the control field of thermal process.
本发明公开了属于热工过程控制领域的基于混沌混合优化算法的单元机组非线性预测控制方法。
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