Journal of Industrial Engineering and Robotics
ISSN 3061-4112, ISSN-L 3061-4112
 

SOLAR POWERED MULTIPURPOSE PLATFORM, ASSEMBLY AND FURTHER PROGRESS

Published in Journal of Industrial Engineering and Robotics, Volume 7, Number 8
Written by GALENCO Dennis-Cristian, DOICIN Cristian Vasile
Scientific coordinators:

The solar powered multipurpose platform is a product that delivers green energy both to USB ports and an accumulator assembly, while being connected to an Arduino UNO board that reads temperature, humidity, and light intensity in real time, the product having a buzzer attached to the circuits that will buzz to announce when the temperature is too high or there is too much light for the product to generate energy, also the LED or LEDs will turn on or off based on the temperature level. The product uses 100% green energy and does not require any external energy. The product is being built with materials and components into a factual prototype. The electrical components undergo different building, development, and improvement stages, during 3 different prototypes, which help understand the best way of solving the challenge of circuitry and additive manufacturing. The parameters will be stored and taken into consideration for the final product.

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2023, SOLAR POWERED MULTIPURPOSE PLATFORM, ASSEMBLY AND FURTHER PROGRESS. Journal of Industrial Engineering and Robotics, Volume 7, Number 8, ISSN 2601-5471, 40-47.

The publisher is not responsible for the opinions published in the Volume. They represent the authors’ point of view.

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