Title of article :
A design of fluorescent fiber solar concentrator (FFSC) and outdoor testing for remote indoor day lighting and power producing evaluation for building integration
Author/Authors :
Chen, Wang university of malaya - Centre of Project and Facilities Management (PFM), Faculty of Built Environment, Malaysia , Abdul-Rahman, H. university of malaya - Centre of Project and Facilities Management (PFM), Faculty of Built Environment, Malaysia , Rao, S. P. university of malaya - Centre of Project and Facilities Management (PFM), Faculty of Built Environment, Malaysia
Abstract :
Different from the conventional luminescent solar concentrator (LSC), a 1200mm˟1200mm solar concentrator consisting of 150 pieces of three-color lm long, 2mm diameter fluorescent fibers (FFSC) has been designed and mounted on a University building roof and the concentrated light is transported to a remote dark room through 10m long, 2mm diameter clear optical fibers. Outdoor testing for remote indoor day lighting and power producing evaluation has been conducted. A 31-day monitored data from 24 May 2008 to 23 Jnne 2008 has been presented and the results reveal that even though FFSC is not practical yet to replace the conventional BIPV approach for power producing, it has a pleasant potential in remote indoor day lighting for large amount application in building integration.
Keywords :
Fluorescent Fiber Solar Concentrator (FFSC) , Remote Indoor Day Lighting , Building Integrated Photovoltaic (BIPV)
Journal title :
Journal Of Design and Built Environment
Journal title :
Journal Of Design and Built Environment
