综述冷热电联产系统的国内外研究成果和应用现状。
It reviewed achievements and application status of CCHP system at home and abroad.
探讨了建筑冷热电联产系统的组成，分析了它的优点。
The composition of building combined cooling, heating and power system is discussed, and the system advantages are analyzed.
本文的研究表明，利润率密度可以作为热电联产系统设计的一种备选方案。
The investigation shows that profit rate density criterion can be used as an alternative for the design of cogeneration system.
本文首先介绍冷热电联产系统的基本概念和配置模式，确定本文的研究对象。
Firstly, this paper introduced the basic concept and configuration models of CCHP system, to determine the research object of this paper.
从冷热电联产系统能量梯级利用的本质特征提出了能量梯级利用率的评价准则。
From the intrinsic characteristics of energy stepped utilization of a cooling-heating-power cogeneration system, presented were the criteria for evaluating energy stepped utilization rates.
给出了燃气轮机热电联产系统热力学分析（能量平衡分析和分析）评价准则及计算式。
The paper presents a thermodynamic(energy balance and exergy analysis) evaluation criterion and calculation formulae for cogeneration systems of gas turbines.
给出了燃气轮机热电联产系统热力学分析（能量平衡分析和分析）评价准则及计算式。
Through theory and experimental analyzses, the electrochemical integrated test method and evaluation standard analyzing system of the steel corrosion in concrete are put forward.
这确保了节能的建筑设计，防止开发商仅仅通过安装大规模的生物质热电联产系统来完成对碳中和的要求。
This ensures energy efficient building design and prevents developers from achieving the carbon neutral requirement by simply installing an enormous biomass CHP.
随机生产模拟是电力市场中进行电价预测和发电管理的有力工具，但传统的随机生产模拟方法对于热电联产系统并不适用。
The probabilistic production simulation (PPS) is an important tool for the prediction of power prices and management of generation plan in the electricity market.
它使用余热系统与地热热泵相结合，热电联产。
It USES residual heat systems in combination with a geothermal heat pump and combined heat and power.
本文扼要的总结了近年来热电联产小容量机组采用分散控制系统(Dcs)所取得的丰硕成绩和存在的问题。
This article briefly summarizes the fruitful results and problems of using Distributed Control System (DCS) in small capacity cogeneration units in recent years.
并对热电联产机组汽机控制系统进行了分析。
The combined heat and power unit turbine control systems were studied.
热电联产具有很好的节能效果，但在热电联产海水淡化系统中存在着抽汽压力和MED装置所需压力不匹配的情况。
The combined heat and power system has obvious energy saving benefit, but there is a matching problem of the pump-out pressure with that of the MED equipment in it.
分析了外燃烧式热电冷联产系统节能条件，计算表明内燃烧式系统具有节能优势和潜力。
Analyses the conditions of energy efficiency for the external combustion systems. Explains the advantage and energy saving for the internal combustion systems by an example.
在我国能源日益紧张的情况下，研究燃气发动机热电联产机组及其控制系统对于提高能源利用率具有重要意义。
On the situation of energy short, it is important to research gas engine cogeneration unit and its control system.
利用电量法对总能系统进行分析，通过研究热电联产机组的临界热电比来判断热电联产总能系统是否节能。
The analysis of total energy system based on electricity and discusses the energy saving condition of combined heat and power by starting the critical heat power ratio of it.
基于总能系统的概念，讨论分析了热电联产总能系统的节能条件。
Based on total energy system, the paper discusses the energy-saving conditions of the total energy system of CHP.
霍尼韦尔控制系统支持可靠和有效的运作电力、热电联产、清洁能源和工业发电厂。
Honeywell's control systems support reliable and efficient operation of electric utilities, co-generation, clean power and industrial power plants.
结合工程设计经验和实地调研，探讨了住宅小区供暖供热中的系统形式、管道安装、保温、外网敷设、热电联产与集中锅炉房供热经济比较等问题。
Based on design experience and results of investigation, discusses some questions about heating modes for residential quarters, piping installation and insulation and pipe network lay out.
对冷热电联产的原理、系统组成、热经济性以及在冶金行业推广应用的前景作了分析。
The present paper introduces the principle, constitution and thermo-economic performance of the CCHP system as well as the prospect of application of this system in the metallurgical sector.
对冷热电联产的原理、系统组成、热经济性以及在冶金行业推广应用的前景作了分析。
The present paper introduces the principle, constitution and thermo-economic performance of the CCHP system as well as the prospect of application of this system in the metallurgical sector.
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