Advancements in Smart Windows: Triple Vacuum Insulated Glazing for Sustainable Low-Carbon Buildings
Memon, S (2019). Advancements in Smart Windows: Triple Vacuum Insulated Glazing for Sustainable Low-Carbon Buildings. World Sustainable Energy Days 2019. Wels, Austria 27 Feb - 01 Mar 2019 Austria World Sustainable Energy Days.
Heat loss through windows of buildings is one of the significant causes of high-energy consumption that require intervention to advance their thermal performance in a move towards net-zero energy buildings. Advancement in smart windows such as triple vacuum insulated glazing features ultra-low heat loss that maintains the transparency, regardless of tiny pillar spots, and slimness due to its narrow evacuated cavities. This study reports the design and development of high-vacuum system with the modified vacuum cup which provides an effective pump-out hole sealing and has an achievable vacuum pressure of 4.02x10-5 Pa. A new dual-edge seal (low temperature melt 186˚C) consists of Cerasolzer CS186 alloy as a main and J-B Weld epoxy steel adhesive as a support seal is developed and the triple vacuum glazing (area of 300 x 300mm) samples are fabricated, in which the vacuum pressure of 4.8x10-2 Pa is achieved. A 3D FEM of the fabricated triple vacuum glazed is developed and the centre-of-pane and overall U-value of 0.33Wm-2K-1 and 1.05 Wm-2K-1, respectively, are predicted.
|Keywords||Smart Windows; Vacuum Glazing; Low-Carbon Building; Energy Efficiency|
|Publisher||World Sustainable Energy Days|
|Accepted author manuscript|
CC BY 4.0
File Access Level
|03 Mar 2019|
|Publication process dates|
|Deposited||07 Mar 2019|
|Accepted||10 Dec 2018|
|Place of publication||Austria|
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