1) all-year cooling energy consumption
全年耗冷量
1.
Under the three basic kinds of different conditions, namely, different climates, different fresh air supply ways, whether distinguishing interior and exterior zones, the statistical air-conditioning design cooling load and all-year cooling energy consumption indexes in high-rise office building were got by arranging spare factors resort to orthogonal table and afterward simulating by DOE-2.
以不同的气候条件、不同的新风方式、分内外区与否为三类基本不同条件,用正交表安排剩余因素并用DOE-2软件进行模拟计算,得出高层办公建筑空调系统设计冷负荷与全年耗冷量的统计估算指标:哈尔滨、北京、上海三城市的设计冷负荷统计估算值分别为138。
2) the annual cooling exhaustion of fresh air
新风年耗冷量
3) annual energy consumption
全年能耗
1.
in different climate zones in China,analyses the annual energy consumption of an all-air air conditioning system under four operating modes,using fresh air ratio regulations only,using enthalpy recovery wheels only,using both of them and using none of them.
选取哈尔滨、北京、上海等5个建筑气候分区的代表城市,以同一办公建筑为例,分析全空气空调系统在未采用新风比调节及全热转轮热回收装置、仅采用新风比调节、仅采用全热转轮热回收装置和同时采用全热转轮热回收装置和新风比调节四种情况下的全年能耗差异,探讨适合不同地区节能建筑的全热转轮热回收装置和新风比调节的应用方式。
2.
This paper describes the annual energy consumption and economic assessment of air-source heat pump(ASHP) and ground-source heat pump(GSHP),based on hourly building load of typical house in Fuzhou.
以福州地区典型的单户住宅为实例,在全年逐时建筑负荷计算的基础上,进行空气源热泵和地源热泵的全年能耗分析,并在此基础上进行两者的经济性比较。
3.
In this paper the basic composition and influential factors of the building annual energy consumption are analyzed by simulating the all-year energy consumption.
本文通过对一幢建筑进行全年能耗模拟,分析了建筑全年能耗的基本构成和影响因子。
4) annual electricity consumption for heating and cooling
年耗电量
5) yearly consumption
年耗量
6) annual heat consumption
年耗热量
补充资料：耗氧量
耗氧量
单位时间内组织消耗的氧气量。如单位时间内心肌消耗的氧气量，称之为心肌耗氧量。心肌耗氧量很大。成年人心脏重量约300g，但其耗氧量却占全身耗氧的1／10。其原因一方面是由于心脏工作量大，另一方面是由于心肌能量来源主要 依赖于氧化分解脂肪，而脂肪的氧化分解所需要的氧比分解糖所需要的氧更多。
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