热电冷联产

认为相对于全国平均供电煤耗而言，热电冷联产系统的节能是有条件的，应选取合理的方式，优化设计和运行方案；

Considers that compared with national average coal consumption for power supply , energy conservation of a CCHP system is conditioned , suitable mode and optimal design and operation scheme should be made ;

采用基于热力学第一定律的总热效率来判断热电冷联产系统的节能性往往会造成假象，只有用基于热力学第二定律的（？）效率来判断才是科学的。

Based on " total heat efficiency " of the thermodynamics first law for judging the energy-saving of distributed CCHP systems , there are always some false information , whereas " exergy efficiency " based on the thermodynamics second law is the scientific index for judging these problems .

天然气热电冷联产（CCHP）由于其较高的能源利用率，在全世界范围内得到了迅速的发展和广泛的利用。

Natural gas-fired CCHP has been developing quickly and widely used in the world due to its high efficiency .

热电冷联产与分产能耗比较分析

Comparison of energy consumption between cogeneration and separate generation of heat-power-cold

对热电冷联产是否节能进行了理论分析。

Analysing if the heat and power and cold combination save energy .

空调制冷及热电冷联产系统的能耗分析

Energy consumption analysis of air conditioning refrigeration and cogeneration systems

余热型空调技术在热电冷联产系统中的应用

Application of waste-heat recovery type air-conditioning technology into cogeneration projects

两次调节抽汽式机组热电冷联产节能分析

Energy saving analysis of twice-extraction steam regulation turbine units with jointly producing heat-electricity-refrigeration

热电冷联产系统经济性诊断方法研究

Research on Thermo-economics Diagnostic Method for the Combined Heating Cooling and Power Plant

热电冷联产系统的几种主要评价模型分析

An analysis of several main evaluation models of combined heating cooling and power production

背压机组作热源热电冷联产的经济敏感性分析

Analysis of Economical Sensibility on CCHP by Back Pressure Steam Turbines for Heat Sources

微型燃气透平热电冷联产技术应用的可行性

Feasibility analysis of combined supply of heat , cold and power with micro-gas turbine

热电冷联产经济效益分析

Economic Benefit Analysis of the Heating , Electricity and Refrigeration Triple-Generation On cold fusion

楼宇热电冷联产技术方案比较

Comparison of Technical Approaches for BCHP

干熄焦系统热电冷联产技术的能耗分析

Energy Consumption Analysis on Co - generation of Steam , Power and Refrigeration of CDQ System

分析了氯碱企业应用热电冷联产技术的条件。

And the stations of combining heat and power generation technology for chlor-alkali enterprises were analysed .

住宅小区天然气热电冷联产方案性能分析

Performance analysis of gas utilizing program with joint heat , power and cold-energy generation for living quarters

南方地区热电冷联产的节能、经济和环境效益分析与研究

Energy Conservation 、 Economic and Environment Analysis of Combined Heat 、 Power and Cold in the Southern Region

利用变压器余热的变电站供热空调系统的研究余热型空调技术在热电冷联产系统中的应用

Heating & Air-conditioning System Reclaimed Waste Heat from Transformer Application of waste-heat recovery type air-conditioning technology into cogeneration projects

文中，首先介绍了热电冷联产这一综合能源系统的组成、原理及特点；

In the text , first introduce the constitute , principle and characteristics of the cchp system which is a comprehensive energy system ;

本文以某客滚船为研究对象，对其进行基于内燃机的船舶热电冷联产系统方案设计及性能分析的研究。

This paper works on the scheme-designing of ship CCHP system based on the internal combustion engine and its performance analysis of a ro-ro passenger ship .

提出了可以采取的应急的空调节电措施，并对今后采用燃气空调和热电冷联产的经济性问题作了分析。

Presents the possible expedient electric saving measurements , and analyses economic problems for the future application of gas-fired air conditioning and combined cooling heating and power .

（热电偶的）参比端误差热电冷联产与热电联产加电制冷能耗比较分析

Reference junciton error ( of thermocouple ) Comparison of Energy Consumption between Combined Production of Heat , Electric , Cool and Combined Production of Heat , Electric Plus Electricity-driven Refrigeration

在热电冷联产系统的基础上，提出了集发电、供热、供冷、产生煤气、水泥于一体的能源综合利用系统。

Based on heat , electricity and refrigerant tri-generation system , an energy comprehensive utilization system that combined electricity , heat and cooled water , coal gas and concrete is put forward .

热电冷联产与热电联产加电制冷能耗比较分析小型热电联产蒸汽供热系统的能耗分析

Comparison of Energy Consumption between Combined Production of Heat , Electric , Cool and Combined Production of Heat , Electric Plus Electricity-driven Refrigeration Energy consumption analysis on the steam heating system in small-scale co-generation system

第2代能源工业系统已成为世界能源工业发展的趋势，具有代表性的小型热电冷联产装置的需求大增，给适于用作某动力设备的轻型燃气轮机带来了发展契机。

The second generation of the energy source system has become the trend of development of energy industry . As the requirements on representative light cogenerator is increasing , the opportunity will be brought to the development of the light gas turbine as a power equipment .

采用天然气的热电冷联产分布式能源系统具有节能和环保的双重优势，但是由于天然气价格较高，初期投资和运行成本较高，因此市场推广还存在阻力。

Natural gas belongs to clean energy . The gas distributed energy system with joint heat , power and cold-energy generation has the dual advantages of energy saving and environment protecting . But its initial investment and operation cost are high since the gas price is high .

只有在满足其节能条件下，我们才能说热电冷联产是节能的，而其节能效果在很大程度上与热电厂的运行管理方式有着极大的关联。

Only under the condition of satisfying economy energy , we can say that The Congeneration of heat 、 power and cold is economy energy , but economy energy have the tremendous connection with hot power station of the running and management way at a large extent .

然后，以能源梯级利用为原则设计2套基于内燃机的船舶热电冷联产系统方案，并以原系统为对比方案进行其设计工况下技术经济性和热经济性分析。

Then , on the principle of energy cascade utilization , 2 sets of ship CCHP systems based on the internal combustion engine are designed . Together with the original scheme , it accomplishes technical economic and thermal economic analysis of the 3 sets of system solutions at design conditions .

燃气热电冷三联产总能系统的热经济性分析

Analysis of thermal economics for gas CCHP systems