提供稳定的问题接近现有建筑物围护结构或水密基坑工程建设可以解决一些方面。
The problem of providing stable retaining structures close to existing buildings or of constructing watertight excavation pits can be solved in a number of ways.
在现今建筑物围护结构的新技术和建筑新能源开发利用等方面有针对性的提出各种节能措施。
Focusing on the new technology or measures in the building envelope and the exploration and utilization of new building energy, several energy efficiency methods are correspondingly provided.
热能使用环节的耗能设备是散热器，其耗能高低取决于建筑物围护结构的保温性能、所保持的室内温度和外界环境温度。
Heat energy using equipment is part of the radiator, the energy level depends on the performance of building envelope insulation, maintaining indoor temperature and the environmental temperature.
通过对一特定建筑物进行全年空调负荷的计算，讨论和分析办公建筑围护结构保温性能与空调能耗的关系。
Based on annual cooling load calculation of a certain building, the relationship between envelop isolation characteristic and air-conditioning energy consumption of an office building is discussed.
分析了民用居住供暖建筑耗能的几种因素，指出建筑物外围护结构、冷风渗透等是建筑物本身能耗的主要方面。
This paper discusses energy efficiency of residential buildings, and points out that the energy consumption is mainly caused by envelop and cooling wind.
这些建筑物出于建筑外型考虑，大量采用玻璃幕墙等围护结构。
Due to the architecture requirement, glass curtain are widely used in high-rise buildings.
介绍了氯化钙作为吸湿相变材料在建筑围护结构中的应用，有利于节约能源、改善建筑物室内热环境、提高室内舒适度。
The effect of calcium chloride used as the moisture absorption building material on improving the indoor thermal environment as well as the indoor comfort.
介绍了氯化钙作为吸湿相变材料在建筑围护结构中的应用，有利于节约能源、改善建筑物室内热环境、提高室内舒适度。
The effect of calcium chloride used as the moisture absorption building material on improving the indoor thermal environment as well as the indoor comfort.
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