2) air conditioning heat/cold source
空调冷热源
1.
Comprehensive analysis and comparison of air conditioning heat/cold sources of electricity heat and chilled water congenerating system;
热电冷三联供空调冷热源综合分析比较
2.
In accordance with 5 schemes of air conditioning heat/cold sources,the most optimised option is obtained by gray matter element analysis from their initial investments,annual operating costs,safety,environment effects,technology and operating management.
针对5种空调冷热源方案,从初投资、年经营费、安全性、环境影响、技术先进性和操作管理等6个方面着手,用灰色物元分析法评选出最优空调冷热源方案。
3.
Establishes a grey matter element analysis model and makes a quantitative assessment of three typical options of air conditioning heat/cold sources based on their initial investments, annual operating costs, safety, environment effects, technology and operating management, and obtains an optimised option, which agrees with that in practice.
建立了灰色物元分析模型 ,按初投资、年经营费、安全性、环境影响、技术先进性、操作管理等六大指标 ,定量分析了离心式冷水机 +燃油热水炉、直燃式溴化锂吸收式冷热水机、风冷热泵型冷热水机等 3种典型的空调冷热源方案 ,得出了与工程实际相符的优化方
3) air conditioning cold/heat source
空调冷热源
1.
Selection of optimal scheme about air conditioning cold/heat source;
空调冷热源方案优选方法研究
2.
Thus,a new method for designers of HVAC to compare was offered and different air conditioning cold/heat sources were evaluated.
利用价值工程的有关原理建立了空调冷热源方案评价模型,并结合工程实例进行了实际计算。
4) choice of the cold and heat source
空调冷热源选择
5) air conditioning heat/cool source system
空调冷热源系统
1.
The uncertained and fuzzy factors can be quantified by this way, which settles the disadvantage and difficulties in the traditional methods, and makes it more scientific to select the air conditioning heat/cool source system.
本文将模糊综合评判的思想和方法运用到空调冷热源系统的选择中,建立了空调冷热源系统选择的评价指标体系和综合评判模型。
2.
The uncertained and fuzzy factors can be quantified by this way,which settles the disadvantage and difficulties in the traditional methods,and makes it more scientific to select the air conditioning heat/cool source system.
将模糊综合评判的思想和方法运用到空调冷热源系统的选择中,建立了空调冷热源系统选择的评价指标体系和综合评判模型。
6) cool hot source of centralized Air conditioning system
集中空调冷热源
补充资料：空调
分子式：
分子量：
CAS号：
性质：见空气调节。
分子量：
CAS号：
性质：见空气调节。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条