Návrh, analýza a realizácia solárne napájaného LED osvetlenia so senzorom pohybu
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Vysoká škola báňská – Technická univerzita Ostrava
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Abstract
This bachelor’s thesis focuses on the design, analysis, and implementation of solar-powered LED
lighting activated by a motion sensor. The project combines theoretical and practical aspects of
device development, emphasizing energy efficiency and system reliability. The work includes an
analysis of currently available solutions, the design of mechanical and electronic components, as
well as the implementation and testing of a prototype. A key aspect is the analysis of energy flows
between functional blocks, optimizing the use of energy from the photovoltaic panel to charge the
battery and power the LED lighting. The project also addresses battery protection against over-
discharge and provides an economic analysis of the proposed solution. The results are validated
through practical experiments, confirming the functionality and efficiency of the device under real-
world conditions
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Subject(s)
Solar power supply, LED lighting, PIR sensor, Photovoltaic panel, Energy balance, Electronic circuit, 3D printing, PCB, Step-up converter, Low-voltage device