Authors :
Namburi Nireekshana; Tanvi H Nerlekar; Palle Nitish Kumar; Mohammed Mohsin Bajaber
Volume/Issue :
Volume 8 - 2023, Issue 4 - April
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://bit.ly/41iadKQ
DOI :
https://doi.org/10.5281/zenodo.7918621
Abstract :
Conventional floor cleaning equipment is
most commonly found in airports, train platforms,
hospitals, bus stops, shopping malls, and a variety of
other commercial settings. These devices require
electrical energy to operate and are not user-friendly.
Around India, particularly during the summer, there is a
power outage, and most floor cleaning machines are
ineffective as a result, particularly around bus stops. As
a result, there is a need to design low-cost, user-friendly
floor cleaning machines. In this project, we will create
solar-powered mobile floor cleaning equipment that may
be used as an alternative to traditional floor cleaning
machines. Because of the high cost of manpower, time,
effort, and affordability, automated floor cleaning
devices have been widely employed in developing
countries for many years. This abstract is based on our
creative concept to design, develop, and manufacture a
semi-automatic solar-powered mobile floor cleaning
machine that will run on solar energy, mobile
communication, battery power, or electricity. A semiautomatic floor cleaning machine will be created with
basic considerations for less energy consumption,
machine and operating cost reduction, reduction of
human effort, environmental friendliness, and ease of
use in mind. The project's foundation is the utilisation of
renewable energy, which is abundant in most nations,
has a low environmental impact, and is simple to build
on a commercial scale in the future.
Keywords :
Sensors, controllers, solar energy, and a floor cleaning mechanism.
Conventional floor cleaning equipment is
most commonly found in airports, train platforms,
hospitals, bus stops, shopping malls, and a variety of
other commercial settings. These devices require
electrical energy to operate and are not user-friendly.
Around India, particularly during the summer, there is a
power outage, and most floor cleaning machines are
ineffective as a result, particularly around bus stops. As
a result, there is a need to design low-cost, user-friendly
floor cleaning machines. In this project, we will create
solar-powered mobile floor cleaning equipment that may
be used as an alternative to traditional floor cleaning
machines. Because of the high cost of manpower, time,
effort, and affordability, automated floor cleaning
devices have been widely employed in developing
countries for many years. This abstract is based on our
creative concept to design, develop, and manufacture a
semi-automatic solar-powered mobile floor cleaning
machine that will run on solar energy, mobile
communication, battery power, or electricity. A semiautomatic floor cleaning machine will be created with
basic considerations for less energy consumption,
machine and operating cost reduction, reduction of
human effort, environmental friendliness, and ease of
use in mind. The project's foundation is the utilisation of
renewable energy, which is abundant in most nations,
has a low environmental impact, and is simple to build
on a commercial scale in the future.
Keywords :
Sensors, controllers, solar energy, and a floor cleaning mechanism.
