Heat-Electricity Conversion Storage Device Benefits from Inefficiency
Amelia Roblin — February 12, 2013 — Eco
References: liteonaward & yankodesign
If many of the existing fixtures in a particular home or institution still happen to require the use of fluorescent light bars, the significant energy loss that escapes as heat waste could at least be put to good use. This would be possible through the installation of the Heat-Electricity Conversion Storage Device. It's a concept now, but what a brilliant product it would be!
The snap-on contraption would be easily fixed to the light source so that it can begin absorbing the heat lost and transfer it to useable electricity with thermoelectric conversion material. This energy is stored in the other half of Xiaoping Chen and Shuguang Li's gadget, which supplies a USB port for charging your smartphones, cameras and tablets in an eco-friendly way.
The snap-on contraption would be easily fixed to the light source so that it can begin absorbing the heat lost and transfer it to useable electricity with thermoelectric conversion material. This energy is stored in the other half of Xiaoping Chen and Shuguang Li's gadget, which supplies a USB port for charging your smartphones, cameras and tablets in an eco-friendly way.
Trend Themes
1. Heat-electricity Conversion - Disruptive innovation opportunity: Developing more efficient heat-electricity conversion materials to tap into wasted heat energy and generate electricity.
2. Energy Storage - Disruptive innovation opportunity: Creating innovative storage devices to efficiently capture and store converted heat energy to power electronic devices.
3. Green Technology - Disruptive innovation opportunity: Designing eco-friendly solutions, like lightbulb-powered chargers, that harness wasted energy and reduce overall environmental impact.
Industry Implications
1. Renewable Energy - Disruptive innovation opportunity: Integrating heat-electricity conversion technologies into renewable energy systems to maximize energy generation and utilization.
2. Electronics - Disruptive innovation opportunity: Developing advanced charging devices and materials that utilize converted heat energy as a sustainable power source for electronic gadgets.
3. Smart Home - Disruptive innovation opportunity: Creating smart home infrastructure that efficiently captures and utilizes wasted heat energy from light fixtures to power various devices and systems.
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