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Design and Simulation of a Circadian Lighting Control System Using Fuzzy Logic Controller for LED Lighting Technology

This paper introduces a fuzzy logic-based circadian lighting control system using flexibility of Light-Emitting Diode (LED) lighting technology to synchronise artificial lighting with circadian (natural) lighting Correlated Colour Temperature (CCT) characteristics.

Sivachandran R. Perumal, Faizal Baharum
Research article | 26 May 2022


An Investigation-Based Optimization Framework of Thermal Comfort Analysis in Underground Enclosed Spaces Affected by Multiple Parameters for Energy Performance in Tropics

Optimization becomes more valuable when the optimal variables decision can consider sensitivity analysis. To get optimum results quickly, this study established a synthetic sensitivity analysis and multi-objective optimization approach, which is combined with an energy simulation framework characterized by parallel processing.


Research article | 13 May 2022


A Daylight Assessment on Visual and Nonvisual Effects of Light Shelves: A Human-centered Simulation-based Approach

The contribution of daylight to a comfortable environment for occupants has been the subject of studies for years. Light shelves are known as daylight redirecting systems to enhance indoor daylight conditions. Although several research papers have focused on their daylight performance, there is a lack of studies on the performance of light shelves on circadian rhythm.

Seyedeh Nazli Hosseini, Iman SheikhAnsari
Research article | 14 March 2022


Development of Two-Step Biomimetic Design and Evaluation Framework for Performance-Oriented Design of Multi-Functional Adaptable Building Envelopes

Climate change, increase in CO2 production and energy consumption are major global issues and the building, environmental and construction sector is contributing to the increasing concern day by day. Due to increasing demands to satisfy environmental, social, and economic requirements, designing efficient and sustainable buildings has become increasingly complex.

Salman Oukati Sadegh, Shawul Gulilat Haile, Ziyaolrahman Jamshidzehi
Research article | 26 February 2022


Effect of Roller Shades on Chromaticity and Colour Rendering Performance of Transmitted Daylight

Several studies have focused on the performance of roller shades in terms of glare, outdoor vision, daylight availability and energy performance. Currently, other parameters linked to visual amenity, such as chromaticity and colour rendition, are becoming relevant.

Ayelén Villalba, Erica Correa, Julieta Yamín, Andrea Pattini
Research article | 29 January 2022


Articles

A Comprehensive Evaluation of Perforated Façades for Daylighting and Solar Shading Performance: Effects of Matrix, Thickness and Separation Distance

New design tools have enabled architects to explore complex geometries for building envelopes. Perforated Screens (PS) have gained popularity but their design is still intuitive, often focused on aesthetic and morphological criteria. Yet, there is a lack of guidelines or quantitative standards for designing optimal PS, in terms of their daylight provision, views outside, solar shading or energy performance.

Doris Abigail Chi Pool
Research article | 15 November 2019


Daylighting as the Driving Force of the Design Process: from the Results of a Survey to the Implementation into an Advanced Daylighting Project

This paper presents a study for the transformation of an industrial area in Turin, Italy. The area hosts two buildings (one of which appointed as listed) to be transformed into dwellings. A synergic approach was adopted which combined expertise from architecture, social-economics, psychology and building physics sciences.

Valerio R.M. Lo Verso, Elena Fregonara, Federica Caffaro, Caterina Morisanov, Gian Maria Peiretti
Research article | 22 December 2014


Simulation of Daylighting Conditions in a Virtual Underground City

From the Piranesi fantastic architectures to the animation movies and video games of the last thirty years, a new design approach has been introduced and developed: the design of the virtual space. Designing the "virtual" means experiencing a multidisciplinary approach where architecture, engineering, and urban planning meet the new horizons of information and communication technology.

Cristiano Merli Alcini, Samuele Schiavoni, and Francesco Asdrubali
Research article | 06 January 2015


Improvement of Optical Performances Using the Hybrid CPV

Hybrid Concentrated Photovoltaics (HCPVs) are systems in which additional low-cost silicone solar cells are added to take advantage of the power generated by the diffuse radiation lost when using only multi-junction cells that work only with direct radiation. The work has been tested by simulating the performance of a hybrid CPV system composed of a Fresnel lens associated with a pyramid, multi junction cell as well as additional silicon solar cells.

Sarah El Himer, Ali Ahaitouf
Research article | 19 November 2020


Energy Saving Generated Through Automatic Lighting Control Systems According to the Estimation Method of the Standard EN 15193-1

The standard EN 15193-1:2017 “Energy performance of buildings - Energy requirements for lighting” introduced a detailed method to calculate the energy demand for lighting in buildings. The method contains a calculation of the daylight supply, which accounts for the impact of lighting control systems, both daylight-linked and occupancy-based. Th.

Valerio R.M. Lo Verso, Anna Pellegrino
Research article | 06 December 2019


Parametric Analysis of Architectural Elements on Daylight, Visual Comfort, and Electrical Energy Performance in the Study Spaces

The quality of visual comfort has always been an essential element considering human comfort. Providing visual comfort in a living environment reduces the need for artificial lighting, which subsequently has a direct relationship with energy consumptions and its expenses.

Nazanin Nasrollahi, Elham Shokry
Research article | 24 March 2020


Solar Energy Gain and Space-Heating Energy Supply Analyses for Solid-Wall Dwelling Retrofitted with the Experimentally Achievable U-value of Novel Triple Vacuum Glazing

A considerable effort is devoted to devising retrofit solutions for reducing space-heating energy in the domestic sector. Existing UK solid-wall dwellings, which have both heritage values and historic fabric, are being improved but yet they tend to have meagre thermal performance, partly, due to the heat-loss through glazings.

Saim Memon, Philip C Eames
Research article | 07 February 2017


Impact of Building Typology on Daylight Optimization Using Building Information Modeling: Apartments in Erbil City as a Case Study

Daylight represents one of the crucial factors that affect directly on the building performance and its occupants. This study assesses the daylight performance in the multi-storey residential buildings (apartments) in Erbil city. It aims to find out the impact of building typology on daylighting quality and quantity.

Mohammed Nadhim Majeed, Faris Ali Mustafa, Husein Ali Husein
Research article | 24 December 2019


Daylight utilization with light pipe in farm animal production: a simulation approach

Light pipes, which are complex optical systems, offer a passive way to bring daylight to deep buildings, such as agricultural buildings. However, the lack of reliable performance predictability methods for light pipes represents a major obstacle preventing their widespread use.

Alejandro Pacheco Diéguez’, Niko Gentile, Hans von Wachenfelt, Marie-Claude Duboisba
Research article | 08 January 2016


Quantitative Investigation Through Climate-based Daylight Metrics of Visual Comfort Due to Colorful Glass and Orosi Windows in Iranian Architecture

There are several alternatives to passive strategies in the early stages of the design process including orientation, window to wall ratio, shading device, material and colour that affect occupants’ visual comfort. However, applying simple traditional principles such as using colorful glasses for windows are effective in the optimizing of visual comfort at interior space. .

Seyed Morteza Hosseini, Masi Mohammadi, Alexander Rosemann, Torsten Schröder
Research article | 26 August 2018


Details

ISSN: 2383-8701
Frequency: Bi-annual (2 issues/year) (articles published continuously throughout the year)
Year started: 2014
Time to Publication: 70 days
CiteScoreTM 2020: 2.3
SCImago Journal Rank (SJR) 2020: 0.36
Source Normalized Impact per Paper (SNIP) 2020: 0.771

Scope

Journal of Daylighting is an international journal devoted to investigations of daylighting in buildings. It is the leading journal that publishes original research on all aspects of solar energy and lighting.

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Rank

Energy (miscellaneous): #16/24
Renewable Energy, Sustainability and the Environment: #118/195

2.3
2020CiteScore
 
39th percentile
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Editorial Board

Dr Yuehong Su
University of Nottingham
UK

Associate Editor
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Prof. Antonio Manuel Peña García
University of Granada
Spain

Associate Editor
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Dr Boon Han Lim
Universiti Tunku Abdul Rahman
Malaysia

Associate Editor
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Dr Ferdinando Salata
University of Rome
Italy

Associate Editor
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Prof Francesco Asdrubali
University of Perugia
Italy

Associate Editor
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Dr Fabio Peron
IUAV University of Venice
Italy

Associate Editor
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Dr Karam Mustafa Al-Obaidi
Sheffield Hallam University
UK

Editorial Board Member
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Dr Marina Bonomolo
University of Palermo
Italia

Editorial Board Member
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Prof Jitka Mohelnikova
Brno University of Technology
Czech Republic

Editorial Board Member
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Dr. Peng XUE
Beijing University of Technology
China

Editorial Board Member
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Dr Petar Pejic
University of Niš
Serbia

Editorial Board Member
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Dr Hui Shen
Texas A&M University-Kingsville
USA

Editorial Board Member
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