The Siva Atom Bicycle USB Charger and Battery Pack Keeps Devices Going
Michael Hemsworth — October 7, 2015 — Lifestyle
References: fancy.to & thegadgetflow
You'd be surprised just how much energy you create when you ride your bicycle, so to not let it go to waste there's the Siva Atom Bicycle USB Charger and Battery Pack, which uses kinetic principles to keep your devices fully charged. Able to be installed on almost any bike out there, the Siva Atom Bicycle USB Charger and Battery Pack uses your kinetic energy to power your phone as you use it as a GPS or when you've reached your destination and want to power up.
Weighing just 11.2-ounces, the Siva Atom Bicycle USB Charger and Battery Pack is water-resistant, which means that riding through a puddle or getting caught in a rainstorm won't stop the powerful little device from working.
Weighing just 11.2-ounces, the Siva Atom Bicycle USB Charger and Battery Pack is water-resistant, which means that riding through a puddle or getting caught in a rainstorm won't stop the powerful little device from working.
Trend Themes
1. Kinetic Energy Harvesting - There is an opportunity to innovate in the development of devices that can harness and store kinetic energy for various applications.
2. Portable Power Solutions - There is a growing demand for innovative and portable chargers and battery packs that can keep devices powered on the go.
3. Sustainable Technology - There is a need for eco-friendly gadgets that utilize renewable energy sources such as kinetic power.
Industry Implications
1. Sports and Fitness - The sports and fitness industry can explore integrating kinetic energy harvesting technology into various products, such as smart sports equipment or wearable devices.
2. Travel and Tourism - The travel and tourism industry can benefit from developing portable power solutions for travelers, such as solar-powered backpacks or kinetic energy-powered camping gear.
3. Consumer Electronics - The consumer electronics industry can enhance the sustainability of their products by incorporating kinetic energy harvesting features into smartphones, wearables, or other gadgets.
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