15 Example Of Kinetic To Electrical Energy: Detailed Explanations

The kinetic energy of any object can be turned into electrical energy with the help of turbines, generators, or by the motion of the charged particles.

The electrical energy is produced when the free electrons get enough energy to dislocate and set into motion. Below is a list of the example of kinetic to electrical energy that we are going to discuss in this article:-

Redox Reaction

The redox reaction is of two types, the oxidation or reduction reaction. The cations and anions are swapped between the two reactants.

The breaking of the bonds and formation of new bonds with the cation or anion of another reactant results in the mobility of the ions. If the two reactants are kept in separate containers with the wire inserted in both, then the mobility of the charges will result in the production of electrical energy.


Lightning is a result of the bombardment of the two masses of clouds that gives the discharge of the electrons.

example of kinetic to electrical energy
Lightning; Image Credit: Pixabay

Read more on 15+ Example Of Radiant Energy To Electrical Energy: Detailed Explanations.

Water Flow

The energy is driven from the kinetic energy of the flow of water with the help of a turbine. The running water sets the turbine into motion. This is escalated by the shaft which is further connected to the generator where this mechanical energy is converted into electrical energy.

Magnetic Field

In presence of the magnetic field, the charged particles get aligned in the direction of the magnetic field. The motion of the electrons results in the generation of electric current in the conductor.

Read more on 16+ Example Of Radiant Energy To Mechanical Energy: Detailed Explanations.

Solar Panels

The electricity is generated by the photovoltaic cell when the photons are incident on the solar panel. These photons are associated with kinetic energy.

Solar Panels;
Image Credit: Pixabay

Upon incident, this energy is transferred to the free electrons and then the electrons start their mobility towards the protons, but due to the heavy repulsion force formed between the empty holes, the electrons could not penetrate through the p-n junction.

Hot Springs

The water vapours evaporated from the spring have potential energy which is converted into the kinetic energy that drifts it above the height in the atmosphere.

These vapors are made to pass through the turbines that rotate the turbines. The shaft attached to the turbine increases the speed of rotation. This mechanical energy is then converted to electrical energy.


The motion of the piston produces a lot of energy on the combustion of fuel, which is transferred to the electrons in the car batteries.

Car Engine;
Image Credit: Pixabay

This chemical energy is then converted into electrical energy and hence we are able to use the electronic devices in the car.

Read more on 17+ Example Of Kinetic To Sound Energy: Detailed Explanations.

Thermal Power Plant

Thermal power plants supply a huge amount of energy in the form of electrical energy. This energy is released due to the fission of the nuclei. Upon fission, the daughter nuclei move in two different directions.

Solar Batteries

Solar batteries are used to convert solar radiation into electrical energy. The batteries get charged when they are exposed to the sunlight. The energies photons incident on the solar cells charges the batteries.


The windmills are planted to convert wind energy into electrical energy. At high wind speed, the rotor of the windmills starts rotating.

Windmills; Image Credit: Pixabay

This kinetic energy of the propellers is increased by using a motor. The generator connected to the motor then converts the kinetic energy to electrical energy.

Read more on 15+ Example Of Radiant Energy To Thermal Energy: Detailed Explanations.


Gear is a machine tool that sets the attached gears into motion depending upon the size and number of teeth on the gear.

Gear; Image Credit: Pixabay

This way, the power is transmitted from one shaft to another. Thus, the kinetic energy from one gear transferred to another is converted to electrical energy.

Geothermal Power Plant

Geothermal is heat energy derived from beneath the Earth. The temperature gradient of the earth increases down the Earth, this radiated heat energy from the mobile vapor particles is derived by making boreholes deep in the ground. The evaporated vapors make their way upward towards the turbine and this energy is converted into electrical energy by the generator.

Radio Waves

The radio waves are the electromagnetic waves that are received by the receivers and are converted into alternating signals and are rectified to the direct current. This technique is used in wireless chargers.

Read more on 17+ Example Of Mechanical To Radiant Energy: Detailed Explanations.


A turbine is a mechanical tool made up of a wheel and rotors fitted with vanes which are rotated by flowing water, heavy wind, steam, gas, or any fluid.

Water Turbines;
Image Credit: Pixabay

The wind or thermal energy is converted into mechanical energy by rotating the turbine and then to the electrical energy by the generator.


The motor intensifies the rotational speed of any object. Mechanical energy is associated with kinetic energy. This mechanical energy is converted to electrical energy by connecting the motor to the electrical generator.

Frequently Asked Questions

How can kinetic energy be turned into electrical energy?

The electricity can be generated if the kinetic energy is driven from the object by some method.

The generator transforms mechanical energy into electrical energy. At the microscopic level, the energy supplied to the electrons can also result in the mobility of the electrons that produce the electric currents.

Does steam has heat energy or kinetic energy?

The steam is produced due to the pressure difference and rise in the temperature.

The particle of steam possesses the highest amount of kinetic energy and also has thermal energy with it. This energy is utilized to convert into electrical energy.


Hi, I’m Akshita Mapari. I have done M.Sc. in Physics. I have worked on projects like Numerical modeling of winds and waves during cyclone, Physics of toys and mechanized thrill machines in amusement park based on Classical Mechanics. I have pursued a course on Arduino and have accomplished some mini projects on Arduino UNO. I always like to explore new zones in the field of science. I personally believe that learning is more enthusiastic when learnt with creativity. Apart from this, I like to read, travel, strumming on guitar, identifying rocks and strata, photography and playing chess. Connect me on LinkedIn - linkedin.com/in/akshita-mapari-b38a68122

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