The Searl Effect Generator

The Searl Effect Generator

What Is the Searl Effect Generator (SEG)?

The SEG can be as small as one meter to generate 15kW or scaled up to at least one MW for industrial applications. It requires no fuel source other than the clean, renewable kinetic energy of free electrons, which exist everywhere in the universe.

The SEG is a revolutionary concept in generator design that is non-polluting and environmentally safe to operate. A system that utilizes the quantum effects within the SEG's material layers to convert natural ambient energy sources. The primary energy source is in the ever-present temperature gradients of the environment. The SEG is designed to convert it into useful electrical currents, and it is based on electron pairing (bosons) and not unpaired electrons (fermions) in standard use today.

  • Domestic Power

    The initial size is the 15kW version of the SEG suitable for homes and portable power independent of any weather condition.

  • Scalable for more Power

    The SEG is scalable in size to power cars, trucks,, trains, ships, business buildings, and industrial plants: ideally suited for remote off-the-grid areas.

  • Arrayed to Power large Areas

    Groups of SEG units can work together for much greater electrical power requirements for towns and cities by supporting the power grid with an array of standard one-megawatt versions of the SEG.

How Does It Work?

The best way to describe how the SEG works is to compare it to the working principles of a hydroelectric dam.

  • Water in its usable form flows through the Hydroelectric Dam = Electrons in Neodymium in their usable form flow through the dielectric layer (Electron Dam or Regulator).
  • As the water is allowed to flow through the motor-generator, it starts to produce electricity = As the electrons are allowed to flow, the SEG motor generator starts to produce electricity with external C-shaped electromagnets.
  • The water behind the dam is understood = The electron behind the SEG dam should be understood likewise.
  • That the dam holds back water in H2O currents is understood = That the SEG dam holds back electrons within the Neodymium in electrical currents should be understood likewise.
  • As the hydroelectric motor is regulated with flow of water, more water, more power is understood = As the SEG motor regulates the flow of electrons, more electrons, more power can be understood just as well.
  • Water in its usable form flows through the Hydroelectric Dam = Electrons in Neodymium in their usable form flow through the dielectric layer (Electron Dam or Regulator).
  • As the water is allowed to flow through the motor-generator, it starts to produce electricity = As the electrons are allowed to flow, the SEG motor generator starts to produce electricity with external C-shaped electromagnets.
  • The water behind the dam is understood = The electron behind the SEG dam should be understood likewise.
  • That the dam holds back water in H2O currents is understood = That the SEG dam holds back electrons within the Neodymium in electrical currents should be understood likewise.
  • As the hydroelectric motor is regulated with flow of water, more water, more power is understood = As the SEG motor regulates the flow of electrons, more electrons, more power can be understood just as well.
  • In both cases, the flow of the medium turns the motor generator.
  • In both cases, the motor generator produces electricity.
  • In both cases, we can see that hydroelectric power and SEG power are very similar.
  • The primary difference is the medium used to turn the motor/ generator system.
Searl Effect Generator diagram  
  • In both cases, the flow of the medium turns the motor generator.
  • In both cases, the motor generator produces electricity.
  • In both cases, we can see that hydroelectric power and SEG power are very similar.
  • The primary difference is the medium used to turn the motor/ generator system.

SEG’s Energy Cycle

The energy cycle diagrams illustrate the SEG’s energy cycle as an open energy conversion system. Whereas the dam harnesses kinetic energy with a liquid media, the SEG harnesses kinetic energy from the Neodymium metal reservoir with its electron media. However, both systems complete their energy cycles via the atmosphere and thus harness unlimited ambient energy as open systems.

SEG’s Energy Cycle