This thesis explores how the incorporation of green façades and building‑integrated photovoltaic systems influences the mean radiant temperature within urban street canyons and, by extension, pedestrian thermal comfort. By developing a two‑dimensional computational framework, the work examines how vegetated walls contribute to cooling through both shading and evapotranspiration, while simultaneously assessing the thermal behavior of photovoltaic panels embedded in these green structures. The analysis reveals that thoughtfully combining vegetation with photovoltaic modules can improve microclimatic conditions: green façades alleviate heat stress at street level, and well‑positioned photovoltaic panels benefit from lower operating temperatures without introducing new hotspots. Through comprehensive simulation of various canyon geometries, planting strategies, and panel arrangements, this study identifies integrated design approaches that optimize passive cooling with renewable energy generation, offering practical guidance for resilient urban environments.

Outgoing