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Language Abstract 1

Abstract 1

At present, electricity is mostly generated by non-renewable fossil fuels.
This is now an urgent concern due to the incontrovertible fact that those fossil fuels
will be depleted soon. The thermoelectric generator is created with hope that it can
resolve the issues centering a renewable electrical energy source. This paper
describes an innovative way to generate electricity by making use of the Seebeck
effect caused by thermoelectric modules.
The objectives of this study are to preserve the Earth from climate change
and to observe the voltage production from temperature difference. Hence, the
product will be deemed successful if electricity is produced effectively.
For the purpose of analyzing the data, the researchers collected the data of
voltage produced when the temperature difference varies within several period of
time for a generator without heatsink and a generator with heatsink. In addition,
descriptive statistics and regression statistics are employed to summarize the data
of both experiments. After analyzing the data, the researchers concluded that
voltage and temperature difference has a strong positive linear relationship.
The researchers concluded that the generator with heatsink proves to be the
effective one, producing enough voltage, 3.42 volts, to light up a small LED. The
generator without heatsink, on the other hand, turns out to be ineffective and unable
to produce voltage. To have better results, prospective researchers are suggested
to do further research regarding the generator without heatsink and to modify the
product by substituting the main material used, aluminum.

Language Abstract 2

Abstract 2

At present, electricity is mostly generated by non-renewable fossil fuels.
This is now an urgent concern due to the incontrovertible fact that those fossil fuels
will be depleted soon. The thermoelectric generator is created with hope that it can
resolve the issues centering a renewable electrical energy source. This paper
describes an innovative way to generate electricity by making use of the Seebeck
effect caused by thermoelectric modules.
The objectives of this study are to preserve the Earth from climate change
and to observe the voltage production from temperature difference. Hence, the
product will be deemed successful if electricity is produced effectively.
For the purpose of analyzing the data, the researchers collected the data of
voltage produced when the temperature difference varies within several period of
time for a generator without heatsink and a generator with heatsink. In addition,
descriptive statistics and regression statistics are employed to summarize the data
of both experiments. After analyzing the data, the researchers concluded that
voltage and temperature difference has a strong positive linear relationship.
The researchers concluded that the generator with heatsink proves to be the
effective one, producing enough voltage, 3.42 volts, to light up a small LED. The
generator without heatsink, on the other hand, turns out to be ineffective and unable
to produce voltage. To have better results, prospective researchers are suggested
to do further research regarding the generator without heatsink and to modify the
product by substituting the main material used, aluminum.

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