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A platform for research: civil engineering, architecture and urbanism
Corridor lighting retrofit based on occupancy and daylight sensors: implementation and energy savings compared to LED lighting
Educational buildings have significant energy savings potential if they benefit from daylight. Secondary spaces such as corridors when controlled by combination of daylight and occupancy sensors seem to present significant savings as well. In this paper, the retrofitting of the lighting installation in a corridor in an educational building is presented based on Arduino controller and daylight and occupancy sensors without changing the T8 lamps. The energy savings are calculated based on measurements reaching 85% for a working day and they are higher compared to the case of retrofitting the lighting only by changing the fluorescent lamps with LED ones at the same cost.
Corridor lighting retrofit based on occupancy and daylight sensors: implementation and energy savings compared to LED lighting
Educational buildings have significant energy savings potential if they benefit from daylight. Secondary spaces such as corridors when controlled by combination of daylight and occupancy sensors seem to present significant savings as well. In this paper, the retrofitting of the lighting installation in a corridor in an educational building is presented based on Arduino controller and daylight and occupancy sensors without changing the T8 lamps. The energy savings are calculated based on measurements reaching 85% for a working day and they are higher compared to the case of retrofitting the lighting only by changing the fluorescent lamps with LED ones at the same cost.
Corridor lighting retrofit based on occupancy and daylight sensors: implementation and energy savings compared to LED lighting
Akrasakis, Stavros (author) / Tsikalakis, Antonios G. (author)
Advances in Building Energy Research ; 12 ; 274-288
2018-07-03
15 pages
Article (Journal)
Electronic Resource
English
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