Έξυπνο αυτόνομο φωτιστικό
Date Issued
2013
Author(s)
Advisor
Abstract
The object of study on this capstone design is the building an Intelligent Autonomous Photovoltaic Lighting System, equipped with a motion sensor and a microcontroller. Our aim is being able to provide sufficient light for 14 hours, which is the longest duration of night of a year based of meteorogical data for December. The result of a research we conducted was to choose between 2 levels of luminosity for our system, 5hours of full lighting when the motion detects continuously movement and 1/3 of the lighting for the rest 9 hours when there is no presence around hence the system is on standby.
Additionally the system can be controlled and triggered from a computer, but also we analyze in detail how such an autonomous lighting system can be a part of a larger network of identical systems with purpose of providing light to a wider region.
Within the study is included design, dimensioning and building this system but also thoroughly tested for its correct functionality.
Additionally the system can be controlled and triggered from a computer, but also we analyze in detail how such an autonomous lighting system can be a part of a larger network of identical systems with purpose of providing light to a wider region.
Within the study is included design, dimensioning and building this system but also thoroughly tested for its correct functionality.
Subjects
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Thlemachos_Kountouriotis_Abstract.pdf
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