Circadian Lighting Design in the Led Era

ISBN-13: 9783030110864 / Angielski / Twarda / 2019 / 277 str.

Maurizio Rossi

Spis treści

Cap 1 The Human Circadian System.- Cap 2 Circadian Photometry.- Cap 3 Case study: analysis of natural lighting in the interiors.- Cap 4 LED products for Circadian Lighting Design.- Cap 5 Case study: an applied research for Circadian Lighting Design.- Cap 6 Conclusions: Guidelines and requirements for Circadian Lighting Design.

O autorze

Maurizio Rossi works at the Polytechnic University of Milan (Politecnico di Milano), where he is Associate Professor of Industrial Design and Scientific Director of the Laboratorio Luce, the largest Italian university laboratory on design of lighting and color, photometry, colorimetry, and visual perception. Dr. Rossi is Director of the university’s Master’s courses on Lighting Design & LED Technology and Color Design & Technology. Over the past 15 years, he has supervised more than 20 research projects at Laboratorio Luce, including a number on topics related to the well-being of people. His research and teaching work has involved collaboration with over thirty companies. Dr. Rossi is President of the Associazione Italiana Colore and editor-in-chief of the journal Color Culture and Science. He is a member of the Executive Committee of the AIC (International Colour Association) and a fellow of the AIDI (Associazione Italiana di Illuminazione), SID (Società Italiana Design), and ILA (International Light Association). Dr. Rossi is the author of four books and 35 journal papers and has also edited 15 books.

Blurb

This book explores how lighting systems based on LED sources have the ability to positively influence the human circadian system, with benefits for health and well-being. The opening chapters examine the functioning of the human circadian system, its response to artificial lighting, potential health impacts of different types of light exposure, and current standards in circadian photometry. A first case study analyzes the natural lighting available in an urban interior, concluding that it is unable to activate the human circadian system over the entire year. Important original research is then described in which systems suitable for artificial circadian lighting in residential interiors and offices were developed after testing of new design paradigms based on LED sources. Readers will also find a detailed analysis of the LED products available or under development globally that may contribute to optimal artificial circadian lighting, as well as the environmental sensors, control interfaces, and monitoring systems suitable for integration with new LED lighting systems. Finally, guidelines for circadian lighting design are proposed, with identification of key requirements.