According to Ananya Vir, Founder, MorphRE, digital twins are causing a dramatic shift in the AEC industry by improving design accuracy, operational efficiency, and sustainability.
“The ultimate goal is to reduce our carbon footprint while enhancing the quality of life for those who inhabit the high rises. As we progress, prioritising this integration will be crucial in shaping sustainable and resilient built environments.”
“Strengthening the foundation, rectifying structural defects, or applying facade restoration techniques are the best-suited choices for fixing structural problems of facades. Advanced analysis techniques and models can be used to prevent buckling and other structural damages.”
“Tectronics Engineers’ RTG 32P 0606 model is a gearless elevator, a patented product that underscores our commitment to quality, innovation, and credibility.”
“The collaboration between GAD and Polat Gayrimenkul symbolises architectural progress, catering to Istanbul's diverse and growing needs while respecting its rich historical and environmental heritage.”
“It is important to design windows and doors considering the staircase width and lift size in high-rise buildings, since transporting the materials to higher floors can be challenging after construction.”
UltraTech Cement and UCLA's Institute for Carbon Management (ICM) are collaborating to pilot ZeroCAL technology, which aims to significantly reduce cement production emissions.
This story discusses the advancements in PEB solutions and how they reshape design and sustainability in high-rise construction. It explores why PEB solutions are a superior choice for high-rise structures and elaborates on the benefits offered by the technology in terms of design and sustainability (people, planet, and profit) concerning high-rise buildings. The article also explores how PEB solutions offer architectural flexibility, customisation, precision and efficiency in design.