Project Keywords:
Sustainable Energy, Biodegradable Technology, IoT Power, Eco-Friendly Sensors, Smart Electronics
Project Summary
Academic Area:
Project Medium:
Sustainable Biofuel Cell for Low-Power Electronics This bio-inspired energy solution offers a compostable and organic power source for low-power electronics, eliminating the need for traditional batteries. The technology integrates printed biofuel cells and active sensing electronics, enabling wireless communication while maintaining a low environmental impact. Utilizing a combination of carbon, glucose, cellulose fibers, and other biodegradable materials, this innovation replaces polluting miniature energy sources with a sustainable alternative designed for composting.
Project Achievements
Project Inspiration
Project Social Impact
By eliminating toxic and non-recyclable materials, this biofuel energy solution reduces environmental harm while maintaining reliable power performance. Its biodegradable nature ensures that low-power electronics can be sustainably disposed of without contributing to landfill waste. By offering a scalable and renewable energy alternative, this technology helps create a more circular economy, supporting sustainability initiatives across industries.
Project Market Demand
By eliminating toxic and non-recyclable materials, this biofuel energy solution reduces environmental harm while maintaining reliable power performance. Its biodegradable nature ensures that low-power electronics can be sustainably disposed of without contributing to landfill waste. By offering a scalable and renewable energy alternative, this technology helps create a more circular economy, supporting sustainability initiatives across industries.