Demographic Dynamics: A Key Factor in the Transition to Zero Energy Buildings (ZEB) Standard

Mathematical modeling of demographic dynamics and the transition to Zero Energy Building (ZEB) standards is a complex and interdisciplinary endeavor. It requires expertise in mathematics, statistics, economics, and a deep understanding of the factors at play. It can be a valuable tool for policymakers, urban planners, and industry stakeholders seeking to navigate the challenges of sustainable building transitions in a dynamic socioeconomic landscape. Research in these areas can help identify key drivers and milestones in the relationship between demographic cycles and the transition to the ZEB standard, contributing to a better understanding of this complex and dynamic intersection. Starting from the definition of variables and looking for parameter and time dependence through simulations and data collection through sensitivity analysis and scenarios, optimization techniques are considered to find the best strategies to achieve the ZEB adoption objectives, considering demographic and economic constraints.