Heat insulation solar glass and application on energy efficiency buildings

Novel glazing technologies to mitigate energy consumption in low-carbon buildings: a comparative experimental investigation

“…All materials are assembled and sealed separately via hot-melt adhesive and silicone, respectively. In the final stage, the materials are heated in a proper oven up to four hours at 120°C [23]. Following the solidification of the materials, a layer of photocatalyst is integrated on the module surface.…”

A review on hybrid optimization algorithms to coalesce computational morphogenesis with interactive energy consumption forecasting

“…Every form is conceived on the basis of material choices while the thermophysical properties of these materials will play decisive role on the thermal behavior of the form as well as on thermal storage and load shifting of the future building. Thermal engineering research showed that safe sophisticated no toxic materials, with low energy content and low environmental impact is a very important question that should be investigated at an early design stage, since optimum utilization of such materials could significantly influence on the geometry of the envelope [27,[36][37][38][39][40][41][42].…”

Thermal performance investigation of heat insulation solar glass: A comparative experimental study

“…All materials are fixed and sealed separately via hot-melt adhesive and silicone, respectively. as the final stage, the materials are heated in an oven during 4 h at 120 • C [21]. Following the solidification of the materials, a layer of photocatalyst is coated on the module surface.…”

“…Besides its ability of power generation, it is a good sound insulator. Also, it has a self-cleaning feature through its special coating on the external glazing [21,22]. In addition to these, HISG has a remarkable potential to reduce energy consumption in buildings as a consequence of its superior thermal insulation property, which constitutes the objective of this paper.…”