Sunshade devices control the heat load on the building while modifying the experience of the interior space.
遮阳设备控制建筑的热负荷，同时改变室内空间的体验。
The results indicate that the energy collected by smaller solar collectors could be sufficient for the heat load of a building when the collector area and the storage volume are optimally matched.
结果表明，当太阳能集热器面积与蓄热体积匹配合适时，使用较小面积的太阳能集热器集得的热量就可满足建筑物的热负荷需求。
Analyses the determination of surface heat transfer coefficient, interior building envelope load, air infiltration load, equipment load and heat storage load, etc.
分析了民用建筑舒适性空调负荷计算中表面传热系数、内围护结构负荷、渗透风负荷、设备负荷、蓄热负荷的确定等问题。
The objective is to provide heat, sound and water insulation with a single product without using additional insulation materials and to reduce the load of the building by a considerable degree.
本发明的目的是在不使用额外的隔热材料之下用单一产品提供隔热，隔声和防水，并大大地减低建筑物的负载。
The correlation between the heating load of building and the solar heat collection of solar collector system was analyzed in the climate region of Xining, the capital of Qinghai province in Chino.
结合西宁地区的气象资料，计算太阳能系统集热量与建筑热负荷之间的相对关系；
Light Weight: Under the same condition heat insulation, the replacement of partial brick wall or concrete with IGU can reduce load of building and simplify building structure.
重量轻：在隔热效果相同条件下，用中空玻璃代替部分砖墙或混凝土墙，可减少建筑载荷，简化建筑物结构。
Light Weight: Under the same condition heat insulation, the replacement of partial brick wall or concrete with IGU can reduce load of building and simplify building structure.
重量轻：在隔热效果相同条件下，用中空玻璃代替部分砖墙或混凝土墙，可减少建筑载荷，简化建筑物结构。
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