Portable Solar Suitcase - Solar Power on the Go!

DC Barrel Jack Adapter - Female

10A PWM solar charge controller

Tiny furniture screws

Electric drill

Mini Retro hinges

Wires

Solar Panel 80 Watts

220V 150-200W inverter

Adobe Illustrator

Battery Pack

MDF 3.00mm

Soldering iron (generic)

Laser cutter (generic)

USB Car Charger

<html><body><p>In this project, we’ll walk through the making of a portable solar generator, designed as a suitcase-style system that’s both compact and functional. Whether you're powering devices outdoors, at a remote campsite, or during emergencies, this solar suitcase makes clean, off-grid power practical and portable. </p><p>Built using laser-cut MDF panels, foldable solar panels, and Li-ion battery storage, this system offers multiple output ports (USB, DC, AC) and includes a charge controller for battery management. You can customize the size, capacity, and port options to fit your specific use case. </p><h3>Step 1: Laser Cut the Suitcase Body</h3><figure><img src="https://projects.arduinocontent.cc/c68c88a3-4d52-44e7-8a71-6f31f709e529.png"/><figcaption></figcaption></figure><p>We started by designing the body using RDWorks software and laser cutting the components out of MDF board. The suitcase is modular and sized just enough to house batteries, controllers, and wiring, while keeping portability in mind. </p><blockquote><strong>The file used for laser cutting are attached at the end. </strong></blockquote><blockquote>We used a <strong>3.3mm </strong>thick MDF Board for this project. </blockquote><blockquote>Tip: Use tabs and slots to ensure tight-fitting joints and reduce glue usage. After cutting, sand the edges for clean assembly. </blockquote><h3>Step 2: Assemble the Main Structure</h3><figure><iframe src="https://youtu.be/DRf612Wav48"></iframe></figure><p> </p><figure><img src="https://projects.arduinocontent.cc/e0dea630-2302-4baf-a80a-2ed3b1823bda.jpg"/><figcaption></figcaption></figure><p>Using the laser-cut panels, we built the box using super glue and screws where needed. </p><p>The back portion houses the <strong>foldable solar panel </strong>mounted using small hinges, while the bottom half includes the <strong>battery compartment and the charge controller. </strong></p><blockquote>We attached wheels to enhance portability. </blockquote><blockquote>Make sure to leave space and make holes for wires. </blockquote><h3>Step 3: Wiring and Electronics Setup</h3><figure><img src="https://projects.arduinocontent.cc/e7c790f1-b8cf-4fc7-a277-fcdc7ccf9ed4.png"/><figcaption></figcaption></figure><blockquote>Use the above Circuit Diagram to complete the circuit. </blockquote><blockquote>Ensure that there are no short circuits and all connections are properly done before powering on the load (inverter and USB ports). </blockquote><h3>Step 4: Testing and Finishing</h3><figure><iframe src="https://youtu.be/sf6t9tTs3CI"></iframe></figure><p></p><figure><img src="https://projects.arduinocontent.cc/5511165d-594d-4cea-82f0-7776ebd5e8d3.jpg"/><figcaption></figcaption></figure><p>Once the circuit was verified, we closed the case, connected the solar panel to charge the batteries, and tested the output. </p><p>We were able to get around 22 volts in direct sunlight, while got around 18-20 volts in indirect sunlight. </p><p>The system can be used to power LED Bulbs, mobile phone, laptop and a small fan with ease. </p><p>For aesthetics, we polished the MDF, added handles, and made the setup easy to carry. </p><p>You can add labels, paint, or even vinyl wrap to personalize it further! </p><h3>Step 5: Conclusion</h3><div id="gallery"><img id="gallery" src="https://projects.arduinocontent.cc/f5fa7294-d699-4598-b6e7-ffc53c15fbc8.jpg"/><figcaption></figcaption>,<img id="gallery" src="https://projects.arduinocontent.cc/d1d852bb-6a28-47dd-86e0-ae2e5d79413b.jpg"/><figcaption></figcaption>,<img id="gallery" src="https://projects.arduinocontent.cc/f6f9f8b0-18c5-4f98-8076-86ce7a730c85.jpg"/><figcaption></figcaption></div><p>And there you have it, a compact, foldable, and functional solar generator you can carry like a suitcase! </p><p>Perfect for education, emergency use, outdoor projects, or simply promoting sustainability. </p><p>This is a great beginner-to-intermediate project for those exploring renewable energy, DIY electronics, or laser-cut design. Feel free to modify it based on power needs or available materials. </p><p>This project was brought to life during the Changemakers 2025 Bootcamp at IIT Delhi, where we got the opportunity to prototype, test, and refine this idea with the help of experienced mentors and access to the MakerSpace. A special thanks to Canvas of Dreams ( <a href="https://www.instructables.com/member/Canvas+of+Dreams/">link </a>) for supporting us with the MDF laser-cut design files, which formed the foundation of our suitcase structure. The entire journey, from ideation to building a working prototype, was an incredible learning experience in sustainability, design thinking, and hands-on innovation. </p><p>If you want to explore more, check out my <a href="https://projecthub.arduino.cc/angadiameya007">profile </a>for related projects, and don’t forget to follow me for updates on new tutorials and advanced projects! </p><p></p></body></html>

Solar Suitcase Body Design

Circuit Diagram

No Code Required

Portable Solar Suitcase - Solar Power on the Go!

A compact, foldable solar generator built inside a laser-cut suitcase-style body