🧪 Green Technology Green Innovation Simulation
Interactive 3D piezoelectric floor tile simulator: pedestrian footsteps compress tiles and generate electricity via the piezoelectric effect. Tune impact force, tile stiffness and conversion efficiency, watch the battery charge and an LED bank light up in real time.
This simulation models a real green-technology innovation: a walkway paved with piezoelectric floor tiles that convert the mechanical energy of pedestrian footsteps into electricity. A stream of pedestrians crosses a 3D tiled walkway, and every footstep compresses the tile beneath it, generating a burst of harvested energy governed by the tile's spring stiffness, the impact force of the step, and the piezoelectric conversion efficiency. Adjust footstep force, tile stiffness, conversion efficiency and foot traffic to see the classic engineering trade-off between walkway comfort and energy yield, watch the battery charge in real time, and switch on an LED bank once enough energy has been stored — the same principle used in kinetic-tile installations trialled in train stations, stadiums and shopping malls.
This simulation demonstrates the process of developing and implementing sustainable technologies. It likely explores concepts related to design thinking, problem-solving, and technological advancement within an environmentally conscious context.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install