Experimental Design and optimization of free energy
generator by using scrap materials
RESEARCHERS
ALEJANDRINO, Marc F.
ANDRES, Gina G.
FRONDOZO, John Kenneth M.
Parohinog, Jedidiah M.
Tabion, Francis John M.
Grade 12 – STEM
March 25, 2022
Introduction
The primary objective of this research is to perform an
experimental examination into the design and optimization of a
free energy generator made of scrap materials in order to reduce
costs. This project is concerned with the construction of a free
energy generator that requires little or no input and produces a
significant amount of efficient energy that can be used for a
variety of applications. This research study is concerned with
the building, operation, and uses of a free energy generator, as
well as its potential future improvements. The term "energy-free
energy generator" refers to a power tool that requires no fuel
and no electric power supply, is lightweight and quick, and has
a lot of power. Its goal is to save the environment and
eliminate smog by using this equipment (US Energy Information
Administration, 2021). The scrap material has the capability of
converting waste energy into usable energy, and the objective of
this study is to conduct an experiment to see whether this
material can assist in the generation of free energy for the
purposes of sustaining a useful and recyclable energy generator
Background of the Study
Nikola Tesla (10th July 1856 – 7th January 1943) was
credited with inventing free energy through the use of a coil.
Generators are devices that transform mechanical energy into
electrical energy. The magnetic field and the motion of a
conductor in a magnetic field are two of the most fundamental
parts of a generator. The free energy generator is a device that
uses the neodymium magnets principle to generate electrical
energy, and it is used to generate electricity. Free energy
generators are one sort of generator that generates electrical
energy and is available in a variety of sizes. There are many
other types of generators available in various sizes. It is
possible to generate electrical energy using a free energy
generator, which operates on the basis of neodymium magnets and
is one sort of gadget used to do so. Hydro Generator and Hydro
Turbine, Pelton Hydro Turbine Generator, Renewable Free Energy
Water Wheel, Pelton Turbina Generator 50 Kw Micro Hydropower
Turbine, 30Kw 150rpm 400v rpm Permanent Magnet Alternator Free
Energy Magnetic Generator, 750kva SDEC Free Energy Diesel
Generator, and others are examples of free energy generator
products (Elprocus, 2022). Scrap metal recycling is the process
of salvaging and processing scrap metal that is left behind
after a product or structure has reached the end of its useful
life. Generally speaking, the recycling process consists of the
following steps: retrieval, sorting, baling, shearing, smelting,
and broking. Scrap metal recycling is generally considered to be
more environmentally beneficial than the processing or
extraction of virgin materials. In addition, it generates a
greater number of jobs in comparison. Various business people,
such as scrap metal collectors and environmentalists, are
engaged in the recycling of scrap metal as part of their
operations. In addition, the scrap recycling industry contains a
diverse range of businesses, both large and small. Scrap metal
recycling provides a plethora of important advantages and plays
an important part in achieving positive economic and
environmental outcomes. For example, it is highly effective in
supplying raw material for new goods, decreasing the amount of
metal trash that end up in landfills, making efficient use of
resources, and contributing to a significant reduction in carbon
emissions (Melbourne Metal Recycling, 2017).
Statement of the Problem
As scrap material has increasing numbers in contribution as
waste, the problem of energy efficiency occurs. Thus, this study
would
like
to
solve
connection-solution
problems
experiment
with
of
refers
scrap
to
material
the
in
possible
terms
of
converting into a free energy generator. This study would like to
answer the following question in terms with the research objectives
and relevance:
1. How can scrap material be used to convert as free energy
generator?
2. What process will it take in order to obtain enough energy?
3. Is there a significant chemical/physical properties that
scrap
materials
obtained
in
which
can
result
on
energy
conversion?
4. Are the scrap material capable of sustaining enough amount of
energy to do work?
5. What are the observation gathered after the experimental
process?
REFERENCES
Elprocus (2022). What is a Free Energy Generator : Making and Its
Applications?
https://www.elprocus.com/what-is-a-free-energy-
generator-making-and-itsapplications/#:~:text=The%20free%20energy%20generator%20is,gener
ator%20which%20generates%20electrical%20energy.
US Energy Information Administration (2021). Biomass explained
Waste-to-energy
(Municipal
Solid
Waste).
https://www.eia.gov/energyexplained/biomass/waste-to-energy-indepth.php
Melbourne Metal Recycling (2017). The Importance and Value of Scrap
Metal Recycling. https://www.melbournemetalrecycling.com.au/theimportance-and-value-of-scrap-metal-recycling/