Building energy efficiency can take on more energy saving task.
建筑节能还可承担更多的节能任务。
It is imperative to have hourly weather data for building energy simulation calculation.
逐时气象资料对建筑能耗动态模拟是不可缺少的。
This paper discusses the building energy-saving aspects and design elements at alpine region.
本文论述了高寒地区建筑节能设计的环节及要点。
Measurable Heating technology is main of building energy-efficiency at heating region in our country.
计量供热技术是我国采暖地区建筑节能的关键技术。
Light aggregate concrete hollow block is an ideal material for exterior wall of building energy saving.
轻集料混凝土空心砌块是一种理想的建筑节能外墙砌体材料。
Building energy-saving is divided into energy-saving of buildings and energy-saving of heating systems.
建筑的节能分为建筑物的节能和采暖供热系统的节能。
Thermal insulation materials and products is the effect of building energy saving a the important factors.
保温隔热材料与制品是影响建筑节能一个重要的影响因素。
Many cities are establishing or have carried out the dwelling building energy saving 65% standard in China.
目前，我国大部分城市正在制订或者已经执行居住建筑节能65%的标准。
This computer management information system is set up for wall material of building energy saving in Beijing.
本系统是为北京市建筑节能墙体材料建立的计算机管理信息系统。
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。
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。
Therefore building energy innovation is in Copenhagen city environmental protection an important part of the work.
因此建筑的能源革新是哥本哈根市环保工作的一个重要部分。
Building energy conservation design in this area emphasizes on reducing energy consumption of heating on the long term.
长期以来建筑设计及节能工作的重点主要放在冬季采暖能耗的减少。
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。
But so far, building energy efficiency still remain in the pilot, demonstration of the level, has not yet extended to the whole.
但是到目前为止，建筑节能仍然停留在试点、示范的层面上，尚未扩大到整体。
The accurate evaluation of building structure thermal performance is the premise and basis of building energy efficiency design.
建筑围护结构热工性能的评价是进行建筑节能设计的前提和基础。
Building energy saving research, especially on residential buildings, is a very imminence work facing the international energy crisis.
建筑节能，尤其是居住建筑的节能研究在世界性的能源危机面前尤为迫切。
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。
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。
Therefore, how to control the cost and select suitable building materials and building energy saving technology has become particularly important.
因此如何在成本控制范围内，选择合适的建筑节能材料和建筑节能技术变得尤为重要。
This article elaborates application of heavy-tamping method in renovating undesirable places, building energy and land saving residence through an existing project.
文章通过一个工程实例来说明强夯法在改造不良场地，建设节能省地型住宅中的应用。
The necessity and status of our country building energy-saving are introduced in brief. Then some detailed spreading measures on building energy-saving are put forward.
本文简要介绍了建筑节能的必要性和我国建筑节能的现状，给出了建筑节能推广的一些具体措施。
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。
At present, our country has worked out a number of relevant policies and regulations of building energy efficiency, request the project must meet certain energy-saving standards.
目前，我国已经出台了不少有关建筑节能的政策法规，要求建筑必须达到一定的节能标准。
From the above advantages can see, no matter from the mechanism of building energy saving or from the actual energy saving effect to measure the insulation, it is the best choice.
从上述优点可以看出，无论从建筑节能的机理或从实际节能效果来衡量，外保温做法是最佳选择。
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。
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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