Santias 6803

The Development of Magnet-Powered Fan using Magnetic Energy
Duane Sane S. Santias
Technical Writing in the Discipline – UGE2 6803
Introduction
Over the past years, humanity have been looking for alternative ways on how to
generate free energy obtained naturally or mechanically. According to Navarro (2014), about
130 million people in Southeast Asia lack access to electricity. With the scorching heat
experienced in the Philippines, having appliances that aids in cooling the air is a necessity or
is a must. The cost of electricity in the Philippines is expensive and is one of the highest among
Southeast Asian countries (Asian Power, 2019). Using magnet in powering a fan and other
devices is preferrable for a number of reasons that includes oil price hike and its effect to the
economy of a country, reducing the rapid rise of world temperature or global warming, and
also to introduce several renewable energy sources in the world industry (Matizamhuka, 2018).
As an objective this study aims to develop a fan powered by magnet and dynamo using recycled
materials, and to determine the acceptability of the magnet-dynamo powered fan in terms of its
performance.
Significance
The results of this study hope that it could be an additional knowledge and can be
utilized in the field of using non-traditional methods of generating power such as magnets and
dynamos. As stated in the introduction, there are still places that have no electricity. Thus, this
study will aid them to have an alternative source of energy or if else is to contribute to the
community’s environment by saving energy. The results of this study aim to bring benefit to
the students by providing them with comfort in their daily living with the use of the magnet-
dynamo powered fan due to its portability and the independence to electricity and battery. For
the future researchers, this study can be a reference if they want to further study magnet as an
alternative power source.
Review of Related Literature
A magnet is an object that emits magnetic field and has north and south poles. The main
use of magnets is in the generation of electricity through magnetism (Electrical 4 U, 2018). A
dynamo’s function is to transform mechanical energy to electric energy. The parts of the
dynamo regulates the flow of current depending on the required amount of a particular device
(Bacon, 1976).
In the study "Free Energy Generator" by Rajput, Upadhyaya, and Asthana, published
in 2017, most of the power generated in the world has something to do with magnetic power
based on Faraday's Law of Electromagnetic Induction. As time goes by, several studies have
been conducted which offers a lot of ideas but then, gives confusions and misconceptions on
the idea of free energy.
Kelly (2015) stated in his paper “Practical Guide to ‘Free Energy’ Devices”, that free
energy only exists when it does not pay for energy it gives off and using the magnetic energy
in keeping the rotor to rotate in generating energy using a dynamo. Magnets are also needed in
the process of rotation of the dynamo for it to generate energy. Later on, the energy generated
by the dynamo will be stored for later utilization.

Methodology
The research design for this study is developmental study. After preparing the prototype
with necessary methods and precautions, the researcher will then conduct a survey to random
respondents about the features and performance of the fan. After the results is to be collected,
the data is to be analyzed using the mean according to the results. The researcher will then
formulate conclusions basing on the results. The feature with the highest mean is to be
considered then the researcher will provide recommendations in his study.
Implications of the Study
This study is proposed to provide an idea of using magnet as an alternative power source
the fact that electricity isn’t available in every place in every country. Starting with powering
a fan with magnet and dynamo, communities without electricity will be able to reduce the heat
they experience in their homes. This study is also meant for households and communities that
wanted to save money by reducing their electricity bills. The magnet-dynamo powered fan uses
free energy that means no electricity is needed to run it so there is no cost in electricity added.
Summary
Statistics showed that not every place in the country has access to electricity, has high
cost of electricity, and hot weather. This research’s objective is to provide an alternative way
to power a device particular to a fan, with the use of magnet and dynamo, that is essential in
daily living. This is a developmental study and will obtain results via survey utilizing
questionnaires. The results will be analyzed and will be discussed accordingly.

Bibliography
Asian Power (2019). Renewables may cut philippines' electricity rates 30%. Retrieved
from https://asian-power.com/power-utility/news/renewables-may-cut-philippines-electricity-
rates-
30#:~:text=Electricity%20prices%20in%20the%20Philippines,fuels%20and%20uncompetiti
ve%20market%20structures.
Bacon, R. H. (1976). Charging with dynamo. Retrieved from
https://link.springer.com/chapter/10.1007/978-1-349-03176-
4_4#:~:text=The%20fu%20nction%20of%20the%20dynamo,the%20state%20of%20the%20
battery.
Electrical 4 U (2018). Magnet and magnetism. Retrieved from
https://www.electrical4u.com/magnet-and-magnetism/.
Kelly, P. (2015). Practical guide to ‘free energy’ devices. Retrieved from
http://vrr.dyndns.biz/Docs/OLE/FreeEnergy/PJKbook.pdf.
Matizamhuka, W. (2018). The impact of magnetic materials in renewable energy-
related technologies in the 21st century industrial revolution: the case of south Africa.
Retrieved from https://www.hindawi.com/journals/amse/2018/3149412/.
Navarro, A. (2014). Infrastructure and development. Retrieved from
https://pidswebs.pids.gov.ph/CDN/INFOCUS/pidsupdates15.html.
Rajput, P., Upadhyaya, H., & Asthana, R. (2017). Free energy generator. Retrieved
from https://www.irjet.net/archives/V4/i4/IRJET-V4I4382.pdf.

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The Development of Magnet-Powered Fan using Magnetic Energy

Duane Sane S. Santias

Technical Writing in the Discipline – UGE2 6803

alternative power source.

Review of Related Literature

use of magnets is in the generation of electricity through magnetism (Electrical 4 U, 2018). A

the idea of free energy.

by the dynamo will be stored for later utilization.

considered then the researcher will provide recommendations in his study.

Implications of the Study

questionnaires. The results will be analyzed and will be discussed accordingly.

Bacon, R. H. (1976). Charging with dynamo. Retrieved from

Electrical 4 U (2018). Magnet and magnetism. Retrieved from

Kelly, P. (2015). Practical guide to ‘free energy’ devices. Retrieved from

Matizamhuka, W. (2018). The impact of magnetic materials in renewable energy-

Retrieved from https://www.hindawi.com/journals/amse/2018/3149412/.

Navarro, A. (2014). Infrastructure and development. Retrieved from

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