Stirling Engine and Free Energy Generators

Stirling Engine Model of an external combustion engine for science experiments

The Stirling Engine Model is a perfect tool for science experiments and demonstrations of external combustion engines. It is designed to be user-friendly and easy to assemble, making it ideal for students, teachers, and enthusiasts. The model features a sturdy construction with high-quality materials, ensuring durability and longevity.

The engine is powered by an alcohol lamp, which provides heat to the test tube located at the front end of the engine. The flywheel can be turned by hand to check for smooth operation, and after approximately one minute of heating, the engine will begin to spin. The warm-up time for the generator is slightly longer, but once it starts running, it can generate enough power to light up the LED indicator light.

Stirling Engine Model of an external combustion engine for science experiments

To ensure safety during use, there are several precautions to be taken. The baked test tube and metal connected to it should not be touched to avoid burns. The alcohol lamp should not be touched easily, and the cotton thread should not touch the test tube when heating. Both ends of the connecting rod should be lubricated regularly to ensure smooth operation.

The delivery list includes the engine, alcohol lamp, spare test tube, and an LED indicator light. With its simple and practical design, the Stirling Engine Model is a great educational tool for learning about external combustion engines and the principles of thermodynamics."

Homemade Stirling Engine for sale: 👉 Stirling Engine Micro-generator Model Steam Engine Model Technology Science Experiment Toy

Create a small mechanical Stirling Engine, but enough to generate electricity for a house, along with other plans to create a free energy generator.

Below is the basic information of books that create electricity for the home in a simple way, and are also materials to develop the science of searching for the truth:

Generating electricity using ancient technology (more than 100 years old) has been suppressed by technology monopolies:

  • Mechanical configurations and circuit diagrams are like a solution to the IQ puzzle of classical physics. It involves thinking beyond the dogma of science and the primitivism of Newtonian billiard ball physics.
  • Electricity is generated from devices as small as rabbits, which then charge multiple batteries and feed into an inverter to produce AC current (60Hz; 220V/110V). Electricity is continuously generated throughout the day and week (24/7) and up to years. This device, with a diagram as small as a rabbit, serves as a solution to an IQ puzzle when considering classical mechanical physics and Overunity electronic circuits.
  • If you understand the nature of the problem from that solution, then you can create a large generator for an entire business!
    Therefore, the design must be modest; otherwise, it will create a conflict of interest with energy corporations: 👉 Unlimited Power Generator


Here is a short video of the Stirling Engine device in action:

Stirling Engine device in action
The Stirling Engine does not use fuel

You can use it directly if connected to the power grid through the instructions of the plan.

But if you want to be independent of the utility grid, the Stirling Engine's output is charged via four diodes into a battery bank, then an inverter.

And there are many more versions of free energy for electrical engineering applications and developments!

Above, you can see 2 types of Stirling engines: 1 type needs fuel, and 1 type does not.

The core principle for the free energy Stirling engine: no combustion lamps. The magnet is responsible for accelerating the flywheel in rhythm

The fuelless Stirling engine actually uses permanent magnets to accelerate a small flywheel through a belt or crankshaft. This acceleration is designed to be rhythmic, with the thrust that creates acceleration coming from the Magnet.

👉 Get the blueprint to start unlimited self-power (Overunity free energy) and develop electrical engineering 

 

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