Technical description

Creation of kinetic energy, powerline, is made with the following four components:

• Electric motors
• Solar panels
• Flywheel
• Steam turbine

Electric motors:
One electric motor at each wheel to move vehicle forward/backward.

Solar panels:
Creating electric energy.

Flywheel:
Storage of kinetic energi, multiple flywheels.

Steam turbine:
Boiling of water to get steam with heat from e.g. hydrogen to turn the generator that creates electric energy.

The main function for the solarpanels is to charge the flywheels with kinetic engergy with help of an electric motor. E.g. when the car is parked and turned off the created energy from the solarpanels are stored in the flywheels that will be used later to move the car when beeing used. The flywheels are continously charged from the solarpanels, even when beeing used.

The flywheels are at the same time connected to a generator that generates current to the electric motors that moves the vehicle.

The steam turbine creates current both for charging the flywheels if there is a need and the solarpanels energy is not enough, and at the same time generate current to the electic motors to move the vehicle if there is not enough energy in the flywheels that the electic motors need.

The flywheels has priority in the energy chain, if the flywheels have enough energy this energy will be used for the electric motors. If the energy in the flywheels are not enough, the steam turbine and the solarpanels will charge the flywheels and at the same time the electric motors will get energy from the steam turbine. When vehicle is breaking the energy is returned back to and stored in the flywheels.