Any moving object has a kinetic force converted by this technology into electricity
The term ‘kinetic electricity’ is often used to describe systems that convert motion into electricity. However, the more accurate term is Kinetic energy harvesting.Â
Active Kinetic is a Kinetic energy harvesting system designed to generate electricity from consistent or inconsistent motion, utilising minimal mechanical components like a magnet passing through a coil.The electricity from Active Kinetic 1 technology is generated from the conversion of a consistent or inconsistent Kinetic energy harvesting system. Our mechanical electric generator contains coils of wire and a magnet on a pendulum, when the mechanical shaft moves in oscillation, it induces a changing magnetic field in the coils.
As the magnetic field changes, an electric current is induced in the coils of the generator. This phenomenon is known as electromagnetic induction, discovered by Michael Faraday. The generated electricity is typically in the form of alternating current (AC).
Â
Kinetic electricity, or kinetic energy harvesting, involves capturing the energy of motion and converting it into electrical energy, often through electromagnetic induction or piezoelectric effects.Â
Simply put it is an electrical charge converted from movement caused by a kinetic force.
Most kinetic energy is converted from a rotating generator. The rotating generator uses thermal power station to heat water for steam power. The kinetic energy is used to spin the rotary motor mechanic and the electricity generated is convert from movement.
Active Kinetic 1 also use kinetic movement to produce electricity. By using an efficient mechanism, different to a rotary motor mechanics, it is able to convert kinetic to motion energy to generate electricity from impact, vibration or oscillations.
Â
Conversion and Distribution: The alternating current is then converted from the alternating motion. The AC electrical energy can then be transformed into the desired voltage and frequency through transformers and inverters. It can then be distributed through power lines to homes, businesses, and other consumers, where it can be used for various electrical appliances and devices
Frictionless motion enables direct conversion of kinetic forces into inductive charge motion to generate electricity.
Motion energy technology provides a method to use movement to generate electricity.
The machine oscillates unlike a rotary motor mechanics. The mechanism has low mechanical impedance and friction enabling Kinetic force to maximise the reuse of activation energy. The motion of energy provides a low frictional driving force which gives rise to an the electrical charge.
The kinetic force kick starts kinematic pendulum motion causing interactions in electrodynamic components prompting electron displacement resulting in an electrical charge.
