Energy-saving Insulation

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Energy-saving Insulation

机译：节能保温

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An insulation material developed for NASA's space shuttles can save energy here on Earth. Conventional insulation is placed between the structural beams of walls, called studs, but the studs themselves provide a conduit for heat to leak out. Adding Thermablok to the edges of the studs can increase the thermal insulation of a wall by 30 percent. The original material, an aerogel made of fragile silica, was treated with polyester fibers to boost its flexibility without compromising its thermal properties.

机译：为NASA的航天飞机开发的绝缘材料可以在地球上节省能源。常规的隔热材料位于称为螺柱的墙的结构梁之间，但螺柱本身提供了热量泄漏的管道。在双头螺栓的边缘添加Thermablok可以使墙的隔热效果提高30％。原始材料是一种由易碎的二氧化硅制成的气凝胶，并用聚酯纤维进行了处理，以提高其柔韧性而又不影响其热性能。

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《Technology Review》 |2009年第2期|26|共1页
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1. The effect of air-conditioner operation modes on the energy-saving capacity of external wall insulation in residential buildings [J] . Deng Qinli, Liu Daoru, Zhou Zeng, Energy Exploration & Exploitation . 2021,第2期

机译：空调运行模式对住宅建筑外墙绝缘节能容量的影响
2. Study on Mechanical and Thermal Performance of Building Energy-saving Wall with Insulation Materials [J] . Fuzhen Chen E3S Web of Conferences . 2021,第a期

机译：绝缘材料建筑节能墙体机械和热性能研究
3. Dynamic indoor comfort temperature settings based on the variation in clothing insulation and its energy-saving potential for an air-conditioning system [J] . Xu Xinbo, Liu Weiwei, Lian Zhiwei Energy and Buildings . 2020,第Auga期

机译：动态室内舒适温度设定基于服装绝缘的变化及其空调系统的节能电位
4. Efficient energy-saving and multifunctional insulation coating [C] . Meng Gao, Zechen Guo, Jianping Duan International Conference on Applied Materials and Manufacturing Technology . 2019

机译：高效节能和多功能绝缘涂层
5. How Energy-Saving Building Designs Influence the Indoor Environment and Affect Learning, Comfort, and Health =Comment les conceptions de batiments économes d’énergie influencent l'environnement intérieur et affectent l'apprentissage, le confort et la sant [D] . Vakalis, Donna Marie. 2021

机译：节能建筑设计如何影响室内环境，影响学习，舒适和健康=节能建筑的设计如何影响室内环境，影响学习，舒适和健康
6. Data on anti-insulation detection via Point of Thermal Inflexion (PTI) in 1248 cases; 13 climates four occupancy profiles six wall configurations and four insulation levels [O] . Yasin M. Idris, Masayuki Mae 2017

机译：通过热拐点（PTI）进行防绝缘检测的数据为1248例； 13种气候四种占用情况六种墙壁配置和四种隔热等级
7. Study on Mechanical and Thermal Performance of Building Energy-saving Wall with Insulation Materials [O] . Fuzhen Chen 2021

机译：绝缘材料建筑节能墙体机械和热性能研究
8. Energy and Transportation Science Division, Measurement of Exterior Foundation Insulation to Assess Durability in Energy-Saving Performance. [R] . J. Christian M. Kehrer 2012

机译：能源和运输科学部门，外部基础绝缘的测量，以评估节能性能的耐久性。

Energy-saving Insulation

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