Smart glass and electrochromic windows / Aqlan Hadif Hairul Nizam ... [et al.]

Smart glass and electrochromic windows represent innovative technologies poised to revolutionise automotive design and functionality. This paper introduces the concept of integrating these advanced window technologies into cars to enhance user’s experience and vehicle efficiency. The problem lies in traditional automotive windows' limitations in regulating light transmission, heat absorption, and privacy, which smart glass and electrochromic windows aim to address. The objectives of this research include evaluating the effectiveness of these technologies in improving driving comfort, energy efficiency, and overall vehicle aesthetics. Methodologically, the study involves testing prototypes in simulated driving conditions and assessing their performance metrics. Findings indicate that smart glass and electrochromic windows effectively mitigate solar heat gain, reduce glare, and offer customizable transparency, significantly enhancing passenger comfort and reducing reliance on air conditioning. Consequently, the commercial potential of these technologies is substantial, promising to attract environmentally conscious consumers and luxury vehicle markets seeking differentiation. In conclusion, integrating smart glass and electrochromic windows in cars not only addresses current automotive window shortcomings but also ope248-ns avenues for future advancements in vehicle design and sustainable transportation solutions.