Abstract: The building energy consumption problem in our country is extremely urgent.
[摘要]我国建筑能耗问题迫在眉睫。
Totally speaking, Weather change will bring bad influence to building energy consumption.
气候变化对建筑能耗的总影响是不利的。
Completed area of residential increase building energy consumption is bound to bring increased.
住宅竣工面积的增加，势必会带来建筑能耗的加大。
At present, China's building energy consumption is the same climatic conditions in developed countries 3 times.
目前，中国的建筑能耗是相同气候条件下发达国家的3倍。
Considers that the actual quantity of building energy consumption in 2005 be used as the baseline of comparing.
认为节能比较的基准应为2005年的建筑能耗实物量。
And green roof effectively block the invasion of the ultraviolet, building energy consumption is greatly reduced.
而绿化屋面也有效的阻挡紫外的侵入，建筑能耗大大降低。
Thus, It is of great significance to study the building energy consumption and to analyze building energy efficiency.
因此，掌握建筑能耗现状并对建筑能效进行分析具有重要的意义。
Reduce building energy consumption, energy conservation, improve energy efficiency has become the building designers concern.
减少建筑能源消耗，节约能源，提高能源利用率已经成为建筑设计者关注的问题。
Among the many implications of building energy consumption parameters, the shape coefficient is one of very important factors.
在众多影响建筑能耗的参数中，建筑体形系数对其的影响是非常明显的。
The building energy consumption in China increased year by year and the proportion in the total energy consumption was growing.
我国的建筑能耗总量逐年上升，在能源总消耗量中所占的比例越来越大。
The simulation of building energy consumption, as well as building automation system has a high value in energy saving of building.
建筑能耗模拟和楼宇自控系统对建筑节能均有十分重要的作用。
The document also specifies a goal of bringing China's building energy consumption ratio closer to that of developed countries by 2020.
文件确定的另一个目标是，到2020年我国的建筑能耗水平要接近发达国家水平。
With the universality of the air condition unit and improvement of living level, the building energy consumption have a big growth trend.
随空调器的普及和生活水平的提高，建筑能耗有较大的增长趋势。
Energy and environment issue caused by enormous building energy consumption is the largest problem and challenge faced by construction sector.
巨大的建筑能耗产生的能源问题和环境问题是当今建筑界面临的重大问题和挑战。
Currently, many urban public building energy consumption monitoring systems have collected a large amount of building energy consumption data.
当前众多城市公共建筑能耗监测系统中已收集了大量的建筑能耗数据。
The paper chiefly studies the influence of external window on residential building energy consumption taking the cold regions as example from energy-saving.
本文从节能的角度出发，以寒冷地区为例，主要研究外窗对居住建筑能耗的影响。
The energy consumption of elevator which is the most important part of building energy consumption has been widely paid attention to by people in this area.
电梯作为建筑耗能中最重要的一部分，其耗能问题已被广泛关注。
The building energy consumption accounts for a large share in the global, the countries of all over the world has emerging solar energy used in construction.
建筑对能源的消耗在全球总能耗中占有很大份额，世界各国已将太阳能这一新兴能源运用于建筑领域。
Thus, the model is applicable to building energy consumption analysis, load calculation, operation management and dynamic control of air conditioning systems.
因此，模型可实际用于建筑能耗分析、空调系统负荷计算、运行管理及动态控制。
Existing energy-saving measures there are some errors in the introduction of continuous energy policy but the actual building energy consumption has climbed steadily.
现行的节能措施存在一定的误区，节能政策不断的推出但建筑实际能耗却节节攀升。
This paper established a quantitative economics model to evaluate the direct economic and environmental impact of building energy efficiency on building energy consumption.
本研究采用数量经济方法，建立建筑节能对建筑能耗的直接经济和环境影响测算模型。
Commercial building energy consumption survey (CBECS) is a large survey towards the energy consumption and energy-related characteristics of the commercial buildings in the USA.
美国商用建筑物能耗调研是针对美国商用建筑物的能耗情况、能源使用特性进行的一个大型调研活动。
This paper presents several control strategies for electrochromic glazing, and the effect of different control strategies on building energy consumption is emphatically analyzed.
介绍了电致变色玻璃窗的几种控制方式，重点分析了不同的控制方式对建筑物能耗的影响。
The EU digital display building energy consumption accounts for the whole of Europe 40%, if we want to solve the problem of climate change, must reduce building energy consumption.
欧盟数字显示建筑能源消耗占了整个欧洲的40%，如果我们想要解决所面临的气候变化问题，必须降低建筑的能源消耗。
Building thermal environment is an importance foundation for the evaluation of building energy consumption, and it is indispensable guiding significance for the engineering practice.
建筑热环境及其能耗动态分析是建筑节能分析的基础，在工程实践中有不可或缺的指导意义。
The complex climate complicate the research in the hot summer and cold winter region, while it urges analyzing of building energy consumption and, what's more, makes it more important.
夏热冬冷地区气候特点使节能研究很复杂，这使得建筑能耗分析更为重要和紧迫。
Therefore improving the application of renewable and clean energy, solar energy, in buildings and reducing building energy consumption is a key to solve energy and environment problems.
因此，加强可再生的清洁能源—太阳能在建筑中的应用，降低建筑能耗，是解决能源和环境问题的一条重要途径。
Therefore improving the application of renewable and clean energy, solar energy, in buildings and reducing building energy consumption is a key to solve energy and environment problems.
因此，加强可再生的清洁能源—太阳能在建筑中的应用，降低建筑能耗，是解决能源和环境问题的一条重要途径。
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