Abstract

Exploring the impact of landscape design on building energy performance

Highlights

  • Thermal Delight explores the impact of landscape design on building energy performance

  • Aiming to integrate microclimate considerations with urban landscape typologies for energy and water regeneration, this research strives to connect the many facets of the urban arena to energy savings

  • This research has moved forward by developing a design matrix that can be applied to four selected urban density scenarios in three climate related cities

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Summary

Introduction

Thermal Delight explores the impact of landscape design on building energy performance. Aiming to integrate microclimate considerations with urban landscape typologies for energy and water regeneration, this research strives to connect the many facets of the urban arena to energy savings. Considering different urban typologies, densities, and climates, Thermal Delight is making steps towards linking ‘natural infrastructure’ to building efficiency. This research has moved forward by developing a design matrix that can be applied to four selected urban density scenarios in three climate related cities. By using EPW files, assigning materiality and pinpointing nodes within Diva, this study aims to relate landscape interventions to surface radiation and natural ventilation techniques

Literature Review
Low Height - High Density
Low Height - Low Density
Phoenix 2 Des Moines 3 Miami

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