Project Title

Micro Power Generation System Based on Sunlight, Magnifying Glass, Liquid Expansion and Faraday Dynamo

Objective

To use a magnifying glass to focus sunlight and create a temperature difference, convert this difference into liquid motion, and drive a Faraday‑type disk generator to produce electrical energy.

Core Idea (Summary)

• At the bottom, a magnifying glass (focusing lens) concentrates sunlight onto the working liquid; the liquid heats up and expands, pushing a piston upward.
• The piston drives a crank–shaft mechanism that rotates a conducting disk (Faraday disk) between fixed magnets.
• A direct‑current voltage is generated between the center and the rim of the rotating disk.
• At the top, another optical element (diffuser glass or shade) spreads or blocks the light so that the liquid cools, contracts, the piston moves down, and the cycle repeats.

Physical Principles Used

• Thermal expansion and contraction (thermometer principle)
• Optical concentration of sunlight with a magnifying glass and diffusion/shading at the top
• Mechanical energy conversion (piston, rod, crank, rotational motion)
• Electromagnetic induction and Faraday disk principle
• Gravity and return spring for back‑and‑forth motion

Setup Components

• Sun‑facing magnifying glass / focusing lens
• Lower liquid reservoir (safe working liquid instead of mercury)
• Cylinder with piston in contact with the liquid
• Connecting rod and crankshaft
• Conducting metal disk (Faraday disk) between fixed magnets
• Brush contacts at the center and rim of the disk and output terminals
• Upper diffuser glass or shade and cooling surfaces
• Supporting frame and protective covers

Operating Steps (Simple Flow)

1. Sunlight passes through the magnifying glass and is focused onto the liquid reservoir; the liquid heats up and expands.
2. The expanding liquid pushes the piston upward.
3. The piston, via the rod and crank, rotates the Faraday disk.
4. In the magnetic field, a DC voltage appears between the disk center and rim; power is taken from the terminals.
5. In the upper region, diffused or shaded light keeps the liquid cooler; it contracts and the piston moves downward.
6. A spring or weight returns the crank to its starting position; as long as sunlight is available, the cycle continues.

İstersen şimdi bu metni daha da kısaltıp poster için tek sayfalık özet haline de getirebilirim; böyle bir özet ister misin?

Atıflar:
[1] 1000000540.jpeg https://ppl-ai-file-upload.s3.amazonaws.com/web/direct-files/attachments/images/149637964/7d578c20-388f-4fcc-b39d-0c942b304133/1000000540.jpeg
[2] 1000000581.jpeg https://ppl-ai-file-upload.s3.amazonaws.com/web/direct-files/attachments/images/149637964/42674429-34c1-46da-bfc1-932c59cb3d81/1000000581.jpeg