These are demonstrations of applications and devices, created and tested that use Active Kinetic 1 energy technology for generating electricity harnessed from natural movement.
Our research & development has since explained the reasons for the observed efficiency displayed in these examples, a result of kinetic energy conservation.
The patented Active Kinetic 1 generator transfers movement into electricity.
This type of energy technology uses electromagnetic induction.
This linear pendulum method uses oscillation instead of rotary motion. The electromagnetic induction from movement converts kinetic energy into electrical energy.
Wave energy has great underused worldwide potential energy source. This video demonstrates how the mechanism captures kinetic energy and converts the mechanical energy to oscillating induction These devices can be deployed at scale to harvest clean renewable energy. The oceans hydrodynamic forces are the primary source of untapped energy ideal for Active Kinetic 1 devices to harness surplus and excessive free electricity.
The 3 Dimensional motion of this cradle unifies magnetic and pendulum forces to offer an amazing display of conserved kinetic energy. The device is a part of the energy technology patented for Active Kinetic 1.
Harvesting wind energy from passing vehicles.
The passing wind of a moving vehicle generates electricity by harnessing Kinetic energy motion from the wind.
Even the vibrations exerted by moving components within fossil fuel powered engine technology exerts enough energy to power an Active Kinetic 1 generator. Demonstrating it is extremely efficient at harvesting energy from wasted mechanical movement. The energy loss can be recovered and energy conserved in the from of electricity.
Generate electricity from every door movement.
Power nearby devices, security, IoT or harness a 1w – 100w energy burst.
Harness the power of any movement to generate electricity. Ideal power supply solution for pet safety to farming.
This is not a dynamo ! You are not loosing energy to power the AK1 generator. It is harvesting the kinetic vibration and pulsatile energy caused when cycling to harvest energy converting it into electricity.
As shown in the video a bumping the bike wheel can generate enough electricity to instantly light LED’s. Ideal power for bike lighting to IOT devices.
Use a battery or capacitor to store the energy harvested during each journey.
Magnet coupled pendulums oscillate due to the movement of the perpendicular, magnetic fields. Any kinetic movement will provoke the oscillation.
However, In this instance an external magnet field is being applied to force the pendulum magnets to move.
Kinetic energy produces over 15 volts from a single tap to the box.
The new Active Kinetic non-gravitational generator prototype shown here scaled up.
The voltage is direct current (DC) from an active feed with no energy storage.
The vibrations caused by rotating components within an engine provide forced vibrational energy. Using the active kinetic generator with this form of kinetic vibrational energy results in electricity
Batteryless technology harvests energy from a small dogs natural movements. Restoration & regeneration of natural habitats could use the natural movement of animals to harvest kinetic energy from animals, by installing Active Kinetic 1 generator technology.
Harvest billions of joules from oceanic wave to wind energy.
The energy displayed by this model can be easily replicated in millions of water-resistant shells to provide a hive of energy harvested from local waters.
Millions of shopping cart journeys could provide renewable energy. As demonstrated in the video, 2 volts to 6 volts of active energy is produced from a generator weighing less than 50 grams or less than 0.25% of the weight of the trolley.
Shopping cart with night safety lights powered by free renewable energy. The demonstration uses electricity generated from movement, when not recharged.
Harvesting human movement for energy to produced natural motion electricity generator. First conceptual version of batteryless technology.
The box device uses a super capacitor to store the energy harvested during and after the impact to the box.
Almost all devices are powered by impact from a kinetic force. This is a particularly good example, showing an apple striking the box is enough to power LED lights for several seconds.
The box device uses a super capacitor to store the energy harvested during and after the impact to the box.
This example demonstrates the movement of wind on trees and hedges can be used to harvest energy using these devices. Although probably the least practical methods applied, this shows potential for improvement.
The box device uses a super capacitor to store the energy harvested during and after the impact to the box.
