SiGNa Chemistry Inc. Creates a Water- & Hydrogen-Powered Electric Bike
Michael Hines — October 7, 2010 — Autos
References: signachem & ecofriend.org
SiGNa Chemistry Inc. has created what could be the greenest electric bicycle ever. Its electric bicycle is powered by water and hydrogen fuel cells.
Just add water and you've got an electric bike capable of going 60 miles on a single charge. Once one cell wears out you can simply swap it with a new one and be on your way. No word on when SiGNa Chemistry Inc. plans on releasing its electric bike, but it is taking pre-orders for the fuel cells. The waiting is always the hardest part.
Just add water and you've got an electric bike capable of going 60 miles on a single charge. Once one cell wears out you can simply swap it with a new one and be on your way. No word on when SiGNa Chemistry Inc. plans on releasing its electric bike, but it is taking pre-orders for the fuel cells. The waiting is always the hardest part.
Trend Themes
1. Fuel Cell Technology - The development of water- and hydrogen-powered electric bicycles demonstrates the potential for fuel cell technology to revolutionize transportation.
2. Green Mobility - The creation of a water- and hydrogen-powered electric bicycle highlights the growing trend towards eco-friendly transportation options.
3. Sustainable Innovation - SiGNa Chemistry Inc.'s creation of a water- and hydrogen-powered electric bike showcases the opportunities for sustainable innovation in the bicycle industry.
Industry Implications
1. Bicycle Manufacturing - Bicycle manufacturers can explore incorporating fuel cell technology into their products to create efficient and eco-friendly electric bicycles.
2. Fuel Cell Manufacturing - Fuel cell manufacturers can capitalize on the demand for fuel cells in the emerging water- and hydrogen-powered electric bicycle market.
3. Clean Energy - The development of water- and hydrogen-powered electric bicycles opens up opportunities for clean energy companies to provide fuel cell solutions for transportation.
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