人均建筑能耗占用空间,per capita building energy consumption occupied space(PCEOS)
1)per capita building energy consumption occupied space(PCEOS)人均建筑能耗占用空间
1.Considering the factor of human in building energy consumption,proposes the concept of per capita building energy consumption occupied space(PCEOS)for the index of building energy consumption,which means that building energy consumption is essentially the energy consumption of human in buildings.引入人对建筑能耗的影响,提出了人均建筑能耗占用空间的概念,指出建筑能耗实质上是人在使用建筑时的耗能量,分析了建筑能耗与人口数量和建筑面积的关系,给出了建筑能耗水平评价方法和区域建筑人均建筑能耗占用空间的确定方法,指出了人均建筑能耗占用空间指标的作用和意义。
英文短句/例句
1.Per capita building energy consumption occupied space (PCEOS) for assessment of building energy consumption用“人均建筑能耗占用空间”评价建筑能耗水平
2.The Stimulation Research on Technology of Ventilation in Night to Reduce the Energy Consumption of Air-conditioning in Office Building利用夜间通风技术降低办公建筑空调能耗的模拟研究
3.They generally consume more power and take up more space, too.它们通常消耗更多的能量，并且占用更多的空间。
4.The Analyses of the Huge Space Building s Load Characteristics and Its Energy Audit;大空间类建筑负荷特性分析及能耗审计
5.Energy consuming in dwelling building occupies quite a few proportion in total energy consumption.住宅建筑能耗在能源总消耗中占有很大比重。
6.Energy Simulation on the Application of Task/Ambient Conditioning in Office Buildings办公建筑应用工位空调的能耗模拟研究
7.Buildings typically account for a third of a nation"s energy consumption.通常而言，建筑物占一国能源消耗量的三分之一。
8.Consults on the energy conservation monitoring of HVAC system for large-scale public buildings大型公共建筑空调系统能耗监测探讨
9.The Current Situation of the Energy Consumption and Total Energy-Conserving Methods of Central Air-Conditioner in Chinese Building;我国建筑中央空调能耗现状及全面节能措施
10.Building Energy Consumption Simulation Software eQUEST and its Application建筑能耗模拟软件eQUEST及其应用
11.The electricity consumption of refrigeration and air conditioning equipment is about20% of the total electricity consumption.我国制冷空调设备的用电量已占全国耗电量的20%右，而空调能耗是整个能耗的重要组成部分。
12.The Applying Research of the Performance-based Fire Protection Evaluation for Large-space Buildings;性能化防火评估技术在大空间建筑的应用研究
13.Analysis of Indoor Air Quality and Energy Conservation Strategies in Public Buildings商场建筑室内空气品质与节能措施的适用区间
14.Study on Heating Air-conditioning System Energy Consumption Prediction Methods in Public Buildings公共建筑采暖空调系统能耗预测方法研究
15.ANALYSIS AND SIMULATION OF HEATING AND AIR CONDITIONING SYSTEM ENERGY CONSUMPTION IN OFFICE BUILDINGS OF LANZHOU兰州地区办公建筑采暖空调能耗模拟分析
16.Air Condition Analysis for the Air Distribution and Energy Consumption in Gymnasium Building体育建筑空调气流组织形式与能耗的分析
17.Energy Consumption Simulation Analysis of Air-Condition System of Some Government Building in Changchun长春市某政府办公建筑空调能耗模拟分析
18.Energy-consumption survey of building air conditioning and heating equipment in Ma"anshan city马鞍山市住宅建筑空调和采暖设备能耗调查
相关短句/例句
building energy consumption occupying ratio建筑能耗占用率
1.thebuilding energy consumption occupying ratio I jn and the air conditioning energy consumption occupying ratio I jkn .以实例分析了国内有代表性的大型酒店建筑近三年的建筑能耗、空调系统能耗和营业额现状,提出了可反映使用水平和营业水平的建筑能耗占用率Ijn作为建筑能耗的评价指标和空调系统能耗占用率Ijkn作为空调系统能耗的评价指标;通过统计分析给出了Ijn和Ijkn对应的节能型、合理型和浪费型三个评价标准的取值范围。
3)building energy consumption per capita人均建筑能耗
4)building energy consumption every square meter面积均建筑能耗
5)energy consumption of air conditioning system in buildings建筑空调能耗
1.Great effect of the city heat-island has been remarkable because of increasing ofenergy consumption of air conditioning system in buildings.建筑空调能耗的急剧增加对城市热岛效应的形成起到了极大的作用。
6)energy consumption of building建筑能耗
1.Analysed influences of opaque part,translucent part(glass window) in building envelope and different orientation to totalenergy consumption of building,got their influence rules to totalenergy consumption of building.分析总结出广州地区建筑围护结构中不透明部分、半透明部分(玻璃窗)和朝向三个因素对建筑整体能耗的影响规律:围护结构中半透明部分比不透明部分的建筑整体能耗大,东西朝向比南北朝向的建筑能耗大。
2.The definition,basic term,production technology,product attribute,energy saving and environment protective performance of Low-E glass were described in detail from explanation of heat emission,energy consumption of building,light pollution from glass.从介绍热辐射、建筑能耗、玻璃光污染的基本知识出发,较为详细地介绍了Low-E玻璃的定义、基本术语、生产技术、产品特点及其节能环保特性,对于有兴趣了解、学习、掌握Low-E玻璃知识的有关人员和有志于攻克Low-E玻璃生产及应用难题的科技工作者具有参考意义。
延伸阅读
人均1.人为的乐声。相对于"天籁"而言。
