Название: Assessment of Daylight Performance in Buildings: Methods and Design StrategiesАвтор: B. Gherri
Издательство: WIT Press / Computational Mechanics
Год: 2015
Формат: True PDF
Страниц: 210
Размер: 42.6 Mb
Язык: English
Recently a renewed emphasis on the benefits of proper use of natural light has focused attention on the need to define a new paradigm, to properly assess the variability of the amount light that can be used not only to enhance the presence of natural light as an instrument to outline indoor space expressively, but also to reduce the demand for electricity and thermal energy consumption in buildings. "Assessment of Daylight Performance in Buildings" deals with the many advantages associated with the use of natural light, comparing architectural experiences, technological devices and calculation methods. It explores the spatial qualities of built environments through the use of natural light, involving energy-saving strategies and visual comfort definition, although in current architectural practice, daylight is a greatly underexploited natural resource. A proper natural lighting system, tailored to the requirements of architectural form and customized to occupants functional desires is an essential support to modern climate control policies, as well as to energy-saving measures and to reducing thermal loads. An in-depth investigation of the different methods of assessment natural light reveals deficiencies and inaccuracies, showing the need to define a new calculation procedure that merges purely qualitative assessment with the new dynamic approach, involving users' preferences. Primarily intended for architects and designers, this book provides an introduction to the types of problems encountered and current available solutions to enhance and to convey the right dose of daylight inside the buildings, with a close attention to energy-saving strategies and to indoor visual comfort. Written for practitioners whose work is related to design and retrofit actions, the book will also be of interest to postgraduate students and lecturers dealing with indoor design optimization and energy-saving issues.