Authors :
Nagesh Kumar; Prajwal GS Shetty; Vishnu Rakshith P; Rakesh S; Yashas G
Volume/Issue :
Volume 7 - 2022, Issue 7 - July
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3zAqn7A
DOI :
https://doi.org/10.5281/zenodo.6910857
Abstract :
The most prevalent renewable energy source
that doesn't harm the environment when produced
utilizing solar photovoltaic (PV) panels is sunlight. Due to
the solar panel's azimuth angle, the PV panel's efficiency
is dependent on the amount of light that strikes it. Dust
buildup on the PV panel lowers the efficiency of the energy
produced. The PV panel must occasionally be cleaned in
order to boost efficiency. The solar panel cleaning robot
suggested in this study cleans PV panels on a regular basis.
The panel's surface is cleaned by spraying a water and
removing dust with a roller brush. Bluetooth is used to
control the suggested robot. The suggested solution uses
robotic cleaning to boost the power generation's efficiency
on a regular basis.
Keywords :
Solar, Photo, Voltaic, robot, plant, PV
The most prevalent renewable energy source
that doesn't harm the environment when produced
utilizing solar photovoltaic (PV) panels is sunlight. Due to
the solar panel's azimuth angle, the PV panel's efficiency
is dependent on the amount of light that strikes it. Dust
buildup on the PV panel lowers the efficiency of the energy
produced. The PV panel must occasionally be cleaned in
order to boost efficiency. The solar panel cleaning robot
suggested in this study cleans PV panels on a regular basis.
The panel's surface is cleaned by spraying a water and
removing dust with a roller brush. Bluetooth is used to
control the suggested robot. The suggested solution uses
robotic cleaning to boost the power generation's efficiency
on a regular basis.
Keywords :
Solar, Photo, Voltaic, robot, plant, PV
