Realizing Visual Comfort Parameters and Adaptive Thermal Comfort Models for Hot Climates

Author First name, Last name, Institution

Boshra Akhozheya, Politecnico di Milano
Sawsan Dagher, Department of Electromechanical Engineering, Abu Dhabi Polytechnic, Abu Dhabi, UAE
Maryam Akho-Zahieh, Applied Science Private University
Farhan H. Malik, Department of Electromechanical Engineering, Abu Dhabi Polytechnic, Abu Dhabi, UAE
Ariel Gomez, United Arab Emirates University
Maisa El Gamal, Zayed University

Document Type

Book Chapter

Source of Publication

Green Energy and Technology

Publication Date

2-23-2024

Abstract

One of the main requirements that buildings must comply with is the stipulation of a safe and comfortable indoor environment. The study presented in this chapter focuses on the assessment of two important and substantial axes defining comfort: thermal and visual comfort. The bioclimatic design method for buildings mandates that designers use the surrounding environment throughout the year to achieve the appropriate level of thermal comfort for occupants. The analysis presented in this chapter outlines the distinct visual parameters adopted in the examined tools and investigates the climate characteristics of African regions using different thermal adaptive models. The available comfort models were realized in different African countries to understand how the ranges of comfort temperatures differ with the different adaptive models. The realization of a comfort range more suitable to warmer climates can help reduce cooling loads significantly. Results showed that, depending on ASHRAE’s model, which is usually suited for cooler climates, in hot climates would require the massive, and in many circumstances, long-lasting use of air conditioning systems. Santy and Karyono’s models work best in hot climates. In spaces where slightly higher comfort temperatures can be more tolerable and reducing cooling loads is a more critical target, Indraganti, Nguyen, and Humphreys models can be best utilized. The study can serve as a guideline for architects, designers, and engineers when designing a bioclimatic building.

DOI Link

10.1007/978-3-031-49787-2_32

ISBN

978-3-031-49786-5, 978-3-031-49787-2

ISSN

1865-3537

Publisher

Springer Nature Switzerland

First Page

367

Last Page

376

Disciplines

Engineering

Keywords

Thermal comfort, Visual comfort, Hot climates, Africa, Energy efficiency

Recommended Citation

Akhozheya, Boshra; Dagher, Sawsan; Akho-Zahieh, Maryam; Malik, Farhan H.; Gomez, Ariel; and El Gamal, Maisa, "Realizing Visual Comfort Parameters and Adaptive Thermal Comfort Models for Hot Climates" (2024). All Works. 6355.
https://zuscholars.zu.ac.ae/works/6355

Indexed in Scopus

no

Open Access

no