free magnetic motor show01
DESCRIPTION
debabTRANSCRIPT
ALAM SHAH SCIENCE SCHOOL• Mohd. Khairul Amirin Mohd. Khairudin• Roshandharan N. Chanthiran• Ahmad Iqbal Mohd. Shahir Shamsir
MALAYSIA
FREE ENERGY MAGNET MOTOR
• To create a motor that runs on limitless energy.
• To create an energy saving and environmental-safe motor.
• To provide cheap and easy maintenance energy provider.
Objectives
Mobile phones and electronic
devices need to be charged
Create a motor that can run by itself by using
magnetic field to spin the dynamo
generator or motor.
Then connect it to USB port.
Chargernot
portable
Problems
PowerBanks
CurrentSolution Problems
Can be costly
Doesn’t last long
Limited EnergySupply
SuggestedSolution
Needed tobe charged
Free Energy Magnet Motor
Provides limitless energy
Easy maintenance
and cheap
Charge electronic
devices from USB port
Needs no external
sources of electric power
Portable and can be used anywhere
Main Materials in Building the Motor:
• Strong magnets• Fan• Dynamo generator or motor• Gears and a trigger• Electronic components such
as transistor etc.• USB port
A trigger is used to start
the fan
Connected
Connected
Magnetic field produced from magnets in outer ring
and in fan blades
Connected to
User pushes the trigger
which then will turn the fan.
mechanically.
The fan turns continuously due to
magnetic field produced by the magnets in fan
blades and outer ring.
The fan then turns the dynamo
generator or motor which is connected
by small gears
Kinetic energy is converted to
electrical energy
Connected to USB port and has LED as an
indicator.
How It Works
Problems in the Project
Strong magnets needed to
rotate the fan.
If resistance too high in the
generator or motor, energy will be lost to heat energy.
Magnets around the fan must be
at the right positions to
achieve equilibrium.
Future Plans
Increase market areas
Improvement on electronic devices to last
longer
To save the environment by replacing
fuel generators
To be used for larger and higher
capacity electronic
devices
ALAM SHAH SCIENCE SCHOOL
Mohd. Khairul Amirin Mohd. Khairudin
Ahmad Iqbal Mohd. Shahir Shamsir
Roshandharan N. Chanthiran
MALAYSIA