Design Concept
Solar Pulse is a compact, solar-powered device designed to charge small electronics such as phones, tablets, or other USB-powered devices. The core feature of Solar Pulse is a solar panel that charges an internal battery, which then powers USB ports. The device will be designed to be portable and easy to use in various environments, such as outdoor settings, camping trips, or emergency situations.
Modeling and Simulation
The project involves both 2D and 3D design processes, with the following steps:
- 2D Laser Cut Designs: The structural casing, housing for the solar panel, battery, and charging ports, will be designed in Fusion 360 or Adobe Illustrator. These designs will be cut using the laser cutter to create interlocking components.
- 3D Modeling and Printing: The internal components will be modeled in Fusion 360. These parts will be created via 3D printing to ensure fit and protection.
- Rendering: I will create high-quality renderings to showcase the final product in realistic settings, such as a person using it in outdoor or emergency environments.
Materials and Technology
This project will make use of the following tools and materials:
- Laser Cutter: To cut the 2D structural components, including the casing, solar panel housing, and brackets.
- 3D Printer: For custom parts, such as the internal battery housing and USB ports.
- Solar Panel: To capture solar energy and charge the internal battery.
- USB Charging Ports: To provide an interface for charging external devices.
Simulation: Using Fusion 360, I simulated how the components would fit together and verified the placement of the solar panel and battery for optimal function.
Rendering: After finalizing the design, I created realistic renderings of the Solar Pulse device using KeyShot, visualizing the product in practical settings like outdoor camping or emergency charging scenarios.
Animation: I created a short animation that demonstrates the assembly process and functionality of Solar Pulse.
Image Compression
To ensure smooth uploading and sharing, I will compress the images and videos of the project. JPEG format will be used for images to maintain a balance between quality and file size, while MP4 format will be used for videos to facilitate easy viewing and sharing.
Project Submission
I will upload the following to the class page:
- Design Files: CAD files, 3D printing files (.STL), and laser cutting files (.SVG).
- Rendered Images: High-quality renders of the Solar Pulse in realistic environments.
- Animated Video: A short animation showing the assembly and functionality of Solar Pulse.
- Project Description: Overview of the project, design process, and goals, explaining how Solar Pulse functions as a solar-powered, portable charging device.
Project Images
Conclusion
By the end of this project, I aim to have a fully functional, portable solar-powered charging device that showcases my skills in solar energy systems, 3D modeling, 3D printing, and laser cutting. Solar Pulse will provide a practical off-grid charging solution while demonstrating the potential of sustainable energy in everyday applications.
