Welcome to my project page for The Sun Chaser, an innovative solar panel system that adapts to the movement of the sun to maximize energy absorption. This project was inspired by the Solar Parker Probe launched by NASA to study the sun's outer corona. Just like the Parker Solar Probe, my solar panel has a self-adjusting mechanism that keeps it perfectly oriented towards the sun. The Sun Chaser exploits a natural but counterintuitive phenomenon in the sun's temperature gradient. While you might expect temperatures to drop consistently as you move away from the sun's surface, that's not the case. There's a significant temperature spike in the sun's outermost layer, the corona, and NASA's Parker Probe was built to get closer to the sun to study this weird phenomena. The Parker Probe was equipped with a cutting-edge heat shield protecting its sensitive electronic instruments, and cleverly designed so that if the probe started to drift off-angle, exposed solar panels would detect the heat increase and trigger the thrusters, bringing it back into correct alignment. Drawing from this ingenuity, The Sun Chaser has been built using the same principle. The core of the system is a large solar panel that absorbs energy from the sun and stores it in a battery for use. But the real magic comes in the form of smaller, strategically placed panels that constantly monitor the sun's position. If they detect any deviation from the optimal angle, they prompt the system to adjust, ensuring that the larger panel stays perpendicular to the sun's rays. Over a typical 5-hour period, The Sun Chaser will follow the sun across the sky, adjusting up to 60 degrees in real-time, all to capture every possible ray of sunshine. This advanced mechanism significantly increases energy consumption and makes the most out of the available sunlight. The science behind this is rooted in the physics principle that the flux (f) of the sun's rays on the panel is determined by the equation f=abcos(alpha), where 'a' represents the area of the panel, 'b' the magnitude of the solar rays, and 'alpha' the angle between the solar rays and the surface normal. To maximize the energy absorption (and hence 'f'), The Sun Chaser seeks to minimize 'alpha', maintaining a zero-degree angle between the panel and the sun's rays. In essence, The Sun Chaser is designed to mimic NASA's Parker Solar Probe's sophisticated orientation technology but at a consumer scale, harnessing the sun's power in the most efficient way possible. With its auto-rotating mechanism, it represents a quantum leap forward in renewable energy technology, turning your home or business into a mini solar power station and making a significant contribution to a more sustainable future. I invite you to explore this groundbreaking product further and discover how you can take advantage of the sun's power like never before with The Sun Chaser.