Free Energy : Venturi Thermal Turbines

Posted 3 months ago
Written by Fulmina Institut
Free Energy : Venturi Thermal Turbines
A Free energy turbine system to power the world’s electricity.
The Venturi generator technology is unique among axial-flux DC generators. For the purpose of this white paper, the generator platform will be referred to as the Venturi generator.
The Venturi generator has a unique magnetic coil and permanent magnet physical topology, resulting in an increased efficiency over conventional DC generators that incorporate ferrous cores.
Although conventional core based generators develop increase flux densities, the losses are significant due to the ferrous core. To compensate for the loss in force, the Venturi generator allows the use of many concurrent rings (stators). Additionally, the flexibility in the form factor to allow many coils in a concentric ring per stator around the perimeter of the turbine, allows the production of increased force dynamics to other core based generators. For Venturi this means lower loss and higher efficiency.

Venturi Generator System

A Free energy turbine system to power the world’s electricity.

The Venturi generator technology is unique among axial-flux DC generators. For the purpose of this white paper, the generator platform will be referred to as the Venturi generator.

The Venturi generator has a unique magnetic coil and permanent magnet physical topology, resulting in an increased efficiency over conventional DC generators that incorporate ferrous cores.

Although conventional core based generators develop increase flux densities, the losses are significant due to the ferrous core. To compensate for the loss in force, the Venturi generator allows the use of many concurrent rings (stators). Additionally, the flexibility in the form factor to allow many coils in a concentric ring per stator around the perimeter of the turbine, allows the production of increased force dynamics to other core based generators. For Venturi this means lower loss and higher efficiency.

Theory of Operation

The Venturi generator uses patented technology to maximize flux loss without ferrous core ‘focusing’ of the magnetic beam or flux. The formula affects the dimensions of the coils in relationship to the dimension of the permanent magnets. To compensate for a lack of a ferrous core for ‘focusing’ the beam, the air core flux beam is held ‘compact’ by using a ferrous shunt and minimizing the dispersion of the magnetic field with the coil/magnet geometry. The theory is that due to the precise geometry of the coil in relation to the magnet and shunt, you minimize dispersion of the field without compromising too much force. The ferrous shunt simple couples the magnet beam from magnet to magnet with little loss, reducing field dispersion in air, except at the magnet/coil junction. This has the advantage of maintain a well focused coupled magnetic field.

Summary of the Venturi Generator

The Venturi generator requires specialized electronics to effectively drive it. This is due to the alternating magnetic poles and the inductive kick or ‘fly back’ produced during the transition from north to south. For maximum efficiency and power, specialized electronics.

The Venturi motor generator is capable of many unique applications. Increased efficiency and flexibility of form factor are the major advantages of the Venturi platform. This is primarily due to savings in core loss, control of eddy currents by using advanced materials, and by a small amount of re-generative energy during drive transitions on the coils. Coupled with advanced electronics and power drive components, all of these advantages can be attained and maximized.

Add in the flexibility of the design for many applications, the platform when customized to the application can yield features unique and differentiated from conventional generator designs.

Read the full PDF document on the Venturi Thermal Turbines System: Click on the picture below

https://www.fulmina.org/Venturi-Thermal-Turbines.pdf

Copyright Fulmina Foundation

Powered by Froala Editor