Speed breaker power generation wooden

The image appears to show a model or prototype of a speed breaker power generation system, which converts mechanical energy from vehicles passing over a speed breaker into electrical energy. Here's a summary of the setup based on the image:

Key Features of the Speed Breaker Power Generation System:

1. Speed Breaker Mechanism: The curved structure at the top resembles a speed breaker, likely designed to move vertically when vehicles pass over it. This motion would drive the power generation process.
2. Chain and Sprocket Mechanism: Below the speed breaker are multiple gears and chains. This mechanism seems to transfer the mechanical movement from the speed breaker into rotational energy. The chains and sprockets could be linked to a shaft or generator.
3. Electric Generation Components: At the bottom, there is an electrical circuit with a bulb connected, suggesting this system demonstrates how the mechanical energy is converted into electrical energy. When the speed breaker is pressed, the system likely powers the bulb.
4. Battery or Power Storage: The presence of a battery (or capacitor) on the left side indicates that the generated energy might be stored for later use.
5. Control Circuit: The circuit board and wiring near the bulb indicate a basic control system, likely regulating the flow of current or voltage generated by the speed breaker.

Working Concept:

• Energy Conversion: When a vehicle passes over the speed breaker, the motion is transferred to the chain and sprocket mechanism, which rotates the gears and generates electricity. This energy could be used to light street lamps, charge batteries, or provide power to other low-energy devices.

This model represents an innovative approach to generating renewable energy from regular vehicle traffic.