建筑能耗统计,statistics of building energy consumption
1)statistics of building energy consumption建筑能耗统计
英文短句/例句
1.Evaluation with ratio of actual energy consumption fee to energy consumption based on energy consumption statistics and energy audit for large scale public buildings大型公共建筑能耗统计实际费耗比能耗评价方法
2.Statistics and Analysis of the Energy Consumption of Typical Government Office Buildings in Dalian大连市典型机关办公建筑能耗统计分析
3.Statistics and Analysis of the Typical Public Building Energy Consumption in Dalian大连市首批典型公共建筑能耗统计分析
4.Electric Power Consumption Statistics and Energy-saving Analysis for Public Buildings in University高校公共建筑耗电量统计及节能分析
5.Xi an Building Energy Consumption Investigation and Statistical Analysis Research;西安地区建筑能耗调研与统计分析研究
6.Research and Design on the Remote Monitoring System of Large Public Building Comsumption;大型公共建筑能耗远程监测系统的研究与设计
7.Establishment of Energy Consumption Quota for Public Buildings Based on Statistical Data基于统计数据编制的公共建筑能耗定额
8.Energy Efficient Building Design with Computer Simulation of Energy Consumption of Design;面向节能建筑设计的计算机能耗模拟
9.Design and Implement Method of Client Monitoring Subsystem in CMD System of Building Energy Consumption建筑能耗CMD系统用户端监测子系统的设计与实施方法研究
10.Analyses on Energy Consumption Characteristics and Energy Conservation Evaluation of Urban Residential Buildings Based on the Statistical Methodologies基于统计学理论的城市住宅建筑能耗特征分析与节能评价
11.Design and Application of Energy-consuming Supervising System in Large Public Buildings Based on Acrel-5000基于Acrel-5000的大型公共建筑能耗监测系统设计与应用
12.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
13.Optimization and analysis of energy systems for a multi-functional commercial building多功能商业建筑能耗系统优化与节能分析
14.Research on Energy Efficiency and Energy Consumption Audit of Public Buildings in Chongqing;重庆市某公共建筑能耗审计与节能研究
15.Study on Building Thermal Technical Design Method and the Develop of Energy Consumption Software;建筑热工节能设计方法研究及能耗软件的研制
16.Energy Consumption Analysis of Large-scale Office Building in Xi"an and Design Strategies西安市大型办公建筑能耗与节能设计分析
17.Development of Building Operational Energy Consumption Monitoring and Energy Efficiency Diagnosis System建筑运行能耗监测与节能诊断系统的开发
18.Dynamic Simulation Study of Resident Building Energy and the Development of Energy Simulation Software;居住建筑能耗动态模拟研究与能耗计算软件的开发
相关短句/例句
design for low-energy consumption building低能耗建筑设计
3)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。
4)building energy consumption建筑能耗
1.Present situations ofbuilding energy consumption in Lvliang and questions existed;吕梁市建筑能耗现状及其存在问题的分析
2.Survey onbuilding energy consumption with statistics theory;利用统计学原理调查建筑能耗
3.Influence of Low-e glass on air conditioning load andbuilding energy consumption;Low-e玻璃对空调负荷及建筑能耗的影响
5)energy consumption建筑能耗
1.Analysis onenergy consumption and conservation of public buildings in hot summer and warm winter zone;夏热冬暖地区公共建筑能耗分析与节能研究
2.In order to understand the situation of residentialenergy consumption generally,a survey on the condition ofenergy consumption was made in seven cities from January to December,.为全面了解住宅建筑能耗情况,于1月至12月分别对七大城市住宅的能耗水平进行了读数调查,并于3月、9月进行了两次关于采暖、制冷设备使用状况的问卷调查。
3.Although average person using energy in China is no more than half of that in the word, the gross ofenergy consumption has reached number two.随着我国经济持续快速稳定增长,人民生活水平的逐步提高,建筑能耗还将大幅度增加。
6)architectural energy consumption建筑能耗
延伸阅读
SOM建筑设计事务所美国最大的建筑师-工程师事务所之一。1936年,L.斯基德莫尔（Louis Skidmore）和J.O.梅里尔(John O.Merrill)在芝加哥开始合作，1939年 N.奥因斯(Natha-niel Owings)加入，事务所按三人的姓氏的第一个字母取名为SOM。斯基德莫尔是一位思想敏锐的设计师,梅里尔是工程师，奥因斯则是一位组织者。对于每一个重大项目，这三位合作者中有一人负责同业主打交道，一人负责具体事务，一人负责选择和支持设计师作出尽可能完善的设计，而对设计过程尽量不加干预。后来，事务所的规模逐步扩大,除芝加哥外,还在纽约、旧金山、波特兰、丹佛、洛杉矶、休斯敦、波士顿和华盛顿设立分所，拥有 1800多名建筑师和工程师。SOM的作品遍及美国和世界上40多个国家。曾获得美国建筑师协会1962年首次颁发的建筑企业奖。SOM的早期作品受 L.密斯·范·德·罗的影响很大，60年代中期以后，情况有所改变，但其作品仍然保持干净利索、简洁新颖的特点，结构体系则更为多样化，外部轮廓增加了变化。 SOM在高层和超高层建筑设计方面的成就得到公认。SOM的著名建筑师G.邦沙夫特设计,1952年建的纽约利华公司办公大厦(简称利华大厦,见彩图)，是当时新型办公楼的代表。建筑理论家L.芒福德说："它在两个显著方面超越了传统的办公楼，即设计不是根据最大租赁率而是为获得迅速开展业务的效率；充分运用了当时所能有的办法使大厦出落得舒适、雅致和漂亮。"SOM在 60年代设计的办公楼大都是直上直下、不加装饰的各式高层框架。 如 60层的纽约大通曼哈顿银行、52层的休斯敦贝壳广场大厦、纽约美国钢铁公司等。而晚些时候芝加哥的100层约翰·汉考克大厦(1970)和110层西尔斯大厦（1974）都是非常别致的超高层建筑。约翰·汉考克大厦上小下大，斜撑外露,屋顶竖有高106米的两层电视塔；每平方米耗钢量为 145千克，相当于一般传统框架结构40～50层塔式建筑的用钢量。SOM其他著名作品很多,如比利时布鲁塞尔的朗伯特银行、沙特阿拉伯吉达新国际机场以及美国许多大学校园和一些工厂实验室等。
