ASHRAE

Overview of the ASHRAE Cold Air Distribution System Design Guide

ASHRAE《冷风分布系统设计指南》综述

Compare of Clear day Solar Radiation Model of Beijing and Ashrae

北京晴天太阳辐射模型与ASHRAE模型的比较

A comparison of the performance of synthetic and glass Ashrae filtration media

合成纤维和玻璃纤维制成的Ashrae过滤介质的性能比较

Brief Introduction of Data Communication Protocol Standard BACnet-ANSI / ASHRAE 135-1995

BACnet-ANSI/ASHRAE135-1995数据通讯协议标准简况

Development of ventilation rate standards abroad ( 2 ): Comparison of an ASHRAE standard with some European guides

国外新风量标准设计指标的发展（2）&ASHRAE标准与欧洲几个新风量标准的比较

A program rating thermal performances of solar collectors based on ASHRAE and SRCC standards

一个根据ASHRAE和SRCC标准标定集热器热性能的计算机程序

Several hourly temperature prediction methods are compared and analyzed . It shows mat among short-term prediction methods , ASHRAE coefficients method is the best .

对各种室外逐时温度预测方法的对比分析表明：在短期温度预测中，ASHRAE系数法准确度最高。

It was validated by ANSI / ASHRAE Standard 140-2004 .

其可靠性已通过ANSI/ASHRAEStandard140-2004标准的验证。

The ASHRAE Modified BIN method can be used to simulate building load . Simplified static simulation methods can be used to calculate energy consumption of heat source equipment .

提出了这类系统能耗分析的思路和计算方法，在建筑负荷计算方面，可以采用改良温频法，在设备模拟方面，可以使用稳态的简化模拟法。

According to ASHRAE Toolkit model , experiment datum and product stylebook , analyses the feasibility of stable temperature difference , variable flow operating in chillers .

根据冷水机组变流量模型以及某厂家提供的冷水机组变流量实验数据，分析了冷水机组定温差，变流量运行的可行性。

This paper deals with the main reasons for leading to air pollution in non-industry buildings . It still introduces a new ventilation principle and new changes of ASHRAE ventilation standard .

本文论述了引起非工业建筑物内空气污染的主要原因，介绍了非工业建筑物内新的通风原理及ASHRAE通风标准的新变化。

The operative temperature range is much wider than the comfort temperature zone in ASHRAE 55 standard , and the PMV index is not always consistent with the actual situation .

学生可接受的作用温度范围比ASHRAE标准规定的舒适区温度范围要宽得多，PMV指标与实际情况存在较大差别。

To improve the indoor air quality , the ASHRAE Standard 62-1999 prescribes that the outdoor air requirement should be increased and the indoor relative humidity should be lowered .

美国《ASHRAE标准62-1999》要求增大空调系统的设计新风量，降低室内相对湿度以提高室内空气品质。

But surveys of EPRI and ASHRAE RP-766 on the ice storage systems show that because of improperly control , many of them run poorly .

然而，EPRI以及ASHRAERP-766的调查显示：许多冰蓄冷系统由于控制不当，系统效率很低。

BACnet protocol , which was adopted by ASHRAE in 1995 , standards the way of mutual operation of Building Automation and Control system and has become the standard of the communication between building equipments .

BACnet协议于1995年由美国采暖、制冷和空调工程师协会制定并成为美国国家标准.此协议规范了楼宇自动控制系统实现互操作的方法，已成为楼字设备通信的标准。

By " growing " fresh air indoors we can reduce the supply of external fresh air needed by air-conditioned buildings , while still meeting industry standards ( ASHRAE ) for healthy indoor air .

通过在室内“长出”新鲜空气，我们可以减少依靠提供外部新鲜空气的空调建筑，同时还能使室内健康空气达到行业标准（制冷和空调工程协会）

The results show that the thermal environment of the dormitories is out of the ASHRAE comfort zone and the proportion of the dissatisfaction of students on indoor thermal environment is up to 80 % .

研究结果表明，学生宿舍内的热环境处于ASHRAE给定的舒适区之外，80%以上的学生对室内热环境表示不满；

The MERV system was created by the American Society of Heating , Refrigerating , and Air Conditioning Engineers ( ASHRAE ) to independently verify how well an air filtration system really cleans the air .

MERV系统由美国采暖、制冷与空调工程师学会创立，来单独证实一个空气过滤系统的空气清洁性能。

This paper undertakes a comparison of conventional microglass mat Ashrae bag filtration media , conventional charged meltblown polypropylene Ashrae bag filtration media , and a new charged fine fiber meltblown polypropylene Ashrae bag filtration media .

对常用的超细玻璃纤维制成的Ashrae袋式过滤介质、标准驻极熔喷聚丙烯Ashrae袋式过滤介质和一种新型的熔喷聚丙烯细纤维Ashrae袋式过滤介质进行了比较。

In order to improve the indoor air-conditioning environment , ASHRAE specified that the design relative humidity should be remained between 30 % ~ 60 % and the amount of fresh air should increase up to 2 ~ 4 times of the original design value .

为了改善室内空调环境，ASHRAE规定设计湿度应该保持在30%~60%之间，且需要把原有的设计新风量增大2倍至4倍。