How to generate electric power by human body? The world wide chain California Fitness has an idea. The human power project at California Fitness was set in motion by Doug Woodring, a 41-year-old extreme-sports fanatic and renewable-energy entrepreneur, who pitched the experiment to the gym's management last May. "I've trained my whole life, and many megawatts have been wasted," says Mr. Woodring, who has worked out at the Hong Kong gym for years. "I wanted to do something with all that sweat.
His partner Mr. Gambarota rewired the generators in 13 machines on the gym's main floor to capture the excess energy, running wires underneath the carpets to a car battery that could store the power.
Electric Power From the Human Body
Electric Power From The Human Body
Trend Themes
1. Renewable Energy Generation - Opportunity for gyms and fitness centers to harness the excess energy generated by human body movements and convert it into electricity for sustainable power sources.
2. Sustainable Fitness Technology - Emerging trend in developing fitness equipment that can capture and store the energy generated during workout sessions, offering an environmentally friendly way to power various electrical devices.
3. Energy Harvesting Innovation - Rising interest in the development of systems and technologies that can efficiently harvest and utilize the untapped energy produced by human physical activities, opening doors to disruptive innovations in multiple industries.
Industry Implications
1. Fitness Equipment Manufacturing - Manufacturers can incorporate energy-harvesting capabilities into fitness machines, providing an additional selling point and encouraging more sustainable fitness practices.
2. Renewable Energy Storage - Opportunity for companies specializing in energy storage solutions to develop efficient and scalable systems for storing and distributing energy generated from human body movements.
3. Smart Wearable Technology - Growing market for wearable devices that can track and convert the energy generated by the human body during various activities, contributing to the rise of self-sustaining wearable gadgets.