Authors :
D. Raghunath Sai; B. Manoj Kumar; B. Chanti Naik; K.V. Subba Rao
Volume/Issue :
Volume 8 - 2023, Issue 11 - November
Google Scholar :
https://tinyurl.com/yaaef53c
Scribd :
https://tinyurl.com/bdfk8hfw
DOI :
https://doi.org/10.5281/zenodo.10159665
Abstract :
Today's vehicles include an analog or digital
meter that displays the level of fuel in the vehicle using
an analog meter or digitally in the form of points or
levels. It can be challenging to determine the exact
amount of fuel in the tank. When the fuel level hits the
reserve point, the meter's point begins to flicker. It is
challenging to estimate how far the fuel can take the
vehicle. Making a biogas level indicator that displays the
amount of biogas in the fuel tank is the goal of this
project. Along with the level, it also shows how many
kilometers (km) of biogas are still in the tank. Every
bike's mileage varies depending on the engine and the
rate of combustion. We must figure out the bike's
mileage and use it as a benchmark in order to display the
biogas tank's range (in kilometers). Now we will utilize
the sensors (gas pressure sensor for gases) to check the
fuel tank level. We picked biogas as the fuel for the
project because it is a renewable energy source.
Petroleum is a fossil fuel that could eventually run out.
Lithium-powered batteries are used in electric vehicles.
A natural resource called lithium can eventually run out.
However, biogas is produced from organic waste, which
will always exist. We employ liquefied biogas (LBG) as a
fuel because it is more than 600 times space efficient
than biogas at atmospheric pressure, or around 3 times
more space efficient than Bio-CNG.
Keywords :
Bio-Gas, Sensor, Microcontroller, LBG, Range, Kilometers, Pressure, Renewable Energy.
Today's vehicles include an analog or digital
meter that displays the level of fuel in the vehicle using
an analog meter or digitally in the form of points or
levels. It can be challenging to determine the exact
amount of fuel in the tank. When the fuel level hits the
reserve point, the meter's point begins to flicker. It is
challenging to estimate how far the fuel can take the
vehicle. Making a biogas level indicator that displays the
amount of biogas in the fuel tank is the goal of this
project. Along with the level, it also shows how many
kilometers (km) of biogas are still in the tank. Every
bike's mileage varies depending on the engine and the
rate of combustion. We must figure out the bike's
mileage and use it as a benchmark in order to display the
biogas tank's range (in kilometers). Now we will utilize
the sensors (gas pressure sensor for gases) to check the
fuel tank level. We picked biogas as the fuel for the
project because it is a renewable energy source.
Petroleum is a fossil fuel that could eventually run out.
Lithium-powered batteries are used in electric vehicles.
A natural resource called lithium can eventually run out.
However, biogas is produced from organic waste, which
will always exist. We employ liquefied biogas (LBG) as a
fuel because it is more than 600 times space efficient
than biogas at atmospheric pressure, or around 3 times
more space efficient than Bio-CNG.
Keywords :
Bio-Gas, Sensor, Microcontroller, LBG, Range, Kilometers, Pressure, Renewable Energy.
