A novel approach: Expanding battery life in smart and fitness gadgets using photovoltaic with quantum dot

Low yield power from output sources, in room conditions compels its use as a maintainable power source to portable gadgets in expanding battery life. In this novel, enhancing of battery power and energy of smart gadgets or fitness watches using solar harvester in room conditions has been proposed. E...

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Bibliographic Details
Main Authors: Danthamala, Koteshwar Rao, Gopal, M., Prakash, T. Chandra, Navya, P., Prasad, Ch. Rajendra
Format: Conference Proceeding
Language:English
Subjects:
Circuit boards
Circuit design
Electronic devices
Energy consumption
Fitness
Harvesters
Photovoltaic cells
Power management
Power sources
Quantum dots
Straps
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Summary:Low yield power from output sources, in room conditions compels its use as a maintainable power source to portable gadgets in expanding battery life. In this novel, enhancing of battery power and energy of smart gadgets or fitness watches using solar harvester in room conditions has been proposed. Eventually, an ultra-low power circuit has been designed that can capture the power inputs from a photovoltaic sources using Quantum Dot (QD) in room configuration, add them optimally and finally charge the battery. Ultimately, by using ultra less power circuit, which takes power inputs from a photovoltaic cell using Quantum Dot (QD) and charges the battery in room conditions. The conversion circuit boards are added to the back panel of the smart watch which retrains the flexibility of the straps. This study shows that it works 1.5 times more efficient than the normal conditions, as it increases its battery life.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0081752