CARA MEMBUAT SOLAR PANEL DARI CD BEKAS | HOW TO MAKE SOLAR PANEL FROM OLD CD | PENGHEMAT LISTRIK

Summary

This video demonstrates a creative DIY project where the creator repurposes old VCDs to generate electricity. By winding copper wire around the VCDs, the creator assembles a solar cell that produces 7 volts, which can be scaled up to 220 volts. The project uses various materials like acrylic resin and copper wire to create a weather-resistant, functional solar panel. The setup is tested with light bulbs, and the creator proves that it works without any external power source. The project is an innovative solution to reduce electricity costs and is presented with clear, step-by-step instructions.

Takeaways

• 😀 The video demonstrates how to build a DIY solar panel using recycled VCD discs and basic materials like copper wire and epoxy resin.
• 😀 The creator successfully assembles the solar panel to generate 220V of electricity, capable of powering a light bulb.
• 😀 Copper wire (0.65 mm) is used to coil around the VCDs, forming the core component of the solar panel.
• 😀 Epoxy resin is mixed and applied to hold the solar panel components together, ensuring they become a solid, durable unit after 12 hours.
• 😀 The use of weather-resistant materials like acrylic ensures the solar panel can withstand outdoor conditions.
• 😀 The VCD solar panel design is capable of producing 7 volts initially, and the final assembly reaches 220V.
• 😀 The solar panel is tested under direct sunlight, confirming that it generates electricity without any external power source.
• 😀 The video emphasizes using simple materials, making this solar power project accessible to DIY enthusiasts.
• 😀 It highlights the importance of safety and precision when assembling the solar panel, ensuring that the connections are secure and correct.
• 😀 The project encourages viewers to explore sustainable energy options and reduce reliance on traditional electricity sources.
• 😀 The video concludes with a demonstration of the solar panel powering a larger light bulb, proving the experiment's success.

Q & A

What is the purpose of this DIY project?

The purpose of this DIY project is to create a simple solar panel using recycled VCD discs, copper wire, and other materials to generate electricity that can power small devices like lightbulbs.

Why are VCD discs used in this project?

VCD discs are used because they are readily available and can be repurposed. The purple-colored discs, which have better silicon quality, are preferred for their efficiency in this experiment.

What type of copper wire is used, and why?

Copper wire with a 0.65mm thickness is used because it is suitable for winding around the VCD discs and conducting electricity effectively in a solar panel setup.

What is the purpose of the epoxy resin in this project?

The epoxy resin is used to bind the components together, creating a solid structure that ensures the solar panel is durable and able to withstand outdoor conditions.

How is the voltage output tested in the project?

The voltage output is tested using an avometer, which measures the electrical output of the solar panel. Initially, the system generates 7 volts, but after further assembly, it reaches 220 volts.

What tools are needed to assemble the solar panel?

Basic tools such as a drill (for making holes in the VCDs), wire cutters, and possibly a mixing tool for the epoxy resin are needed for the assembly process.

Why is an acrylic base used for the solar panel's support?

An acrylic base is used because it is transparent, weather-resistant, and durable, ensuring the solar panel can be safely used outdoors without deteriorating due to exposure to the elements.

What is the expected result when the solar panel is placed in the sun?

When the solar panel is placed in the sun, it generates enough power to light a bulb. The panel is shown producing a voltage of 220 volts, which successfully powers lightbulbs as part of the test.

Can this solar panel be used for other applications besides lighting?

Yes, this solar panel can potentially be used for powering small devices, but its capacity is limited to lower power applications due to its output voltage of 220 volts.

What materials could replace the PVC pipes used in the project?

PVC pipes could be replaced with other weather-resistant materials, such as metal pipes or wooden poles, as long as they provide stability and durability for the solar panel structure.