Low-Cost Innovative Prototype of Automatically Adjustable Sun Louvers
รหัสดีโอไอ
Creator Prittipoen Lopkerd
Title Low-Cost Innovative Prototype of Automatically Adjustable Sun Louvers
Contributor Srisak Phattanawasin
Publisher Thammasat Printing House
Publication Year 2561
Journal Title International Journal of Building, Urban, Interior and Landscape Technology
Journal Vol. 12
Page no. 47-60
Keyword Low-cost innovative prototype, Automatically adjustable sun louvers, Climate responsive architecture, Exterior shading device
URL Website http://www.builtjournal.org/about.html
Website title BUILT Journal
ISSN 2228-9194
Abstract The energy crisis and global warming nowadays drive many issues of architectural practice and research fields. One of effective strategies in reducing the heat inside buildings, is to design enclosure responsive to the climate and radiation from the sun. Today, few of intelligent systems imparted to the innovative building skins, have been already developed in the product market, however; these device sunfortunately cannot be offered to all consumers due to their advanced technology and expensive cost. This issue brings up the question how it could be possible to develop the climate responsive building skins by low-cost technology and budget. This research therefore proposes the low-cost innovative prototype of automatically adjustable louvers with real-time solar tracking system. The prototype is composed of steel blades installed with inexpensive adjustable prefab hinges, solar tracker system with light sensor, and local microcontroller board. Applying LUX sensor to measure the light resistant meter and passing the signal to control panel for rotating the louver-blade according to the direct sunangle, is proposed as the key solution for efficiency sun louvers for real-time climate. Also designing the algorithm code on microcontroller board based on Open-source software (OSS), makes this prototype possibly low-cost comparing to other adjustable louvers. This exterior shading devicewith simple, uncomplicated, and economical systems can be installed into both existing buildings and new constructions, and hopefully be an ideal part of the
International Journal of Building, Urban, Interior and Landscape Technology

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