Introduction: The Race exhibit is an interactive installation designed to demonstrate the conversion of human mechanical energy into electrical energy. Visitors generate power through physical effort, which directly drives miniature electric cars on a racetrack, turning abstract physics concepts into a hands-on experience.
Challenge: The challenge was to design an exhibit that could withstand intensive public use while clearly visualizing the relationship between physical effort and electrical output. The system needed to be intuitive, robust, and engaging, while accurately reflecting changes in voltage and motor speed in real time.
Solution: We developed a durable electromechanical system in which the user becomes an integral part of the power supply. The exhibit converts muscle work into electrical energy that directly powers the motors. Measurement and control systems were integrated to ensure immediate feedback, allowing users to see how their effort affects speed and performance.
Result: The Race exhibit delivers a clear and engaging demonstration of energy conversion and efficiency. Visitors actively participate in the process, gaining an intuitive understanding of how mechanical energy transforms into electrical power. The exhibit combines durability, clarity, and strong educational value, making it suitable for high-traffic science centers and exhibitions.
