Researchers have developed a new thermoelectric generator that could replace batteries as a more versatile power source. As interest grows in wearable electronics like Google Glass, smartwatches and fitness trackers, finding a suitable, long-lasting reliable power supply for these devices becomes an increasingly important concern for designers. Now, a team of researchers from … [Read more...]
Gummy Electrolyte Could Reduce Battery Fire Hazard
Researchers at Washington State University have developed a new conductive gum-like material that could improve the safety of lithium ion batteries. Used in laptops, smartphones and other electronic devices, lithium ion batteries are capable of storing a large amount of energy compared to other batteries. Their biggest safety risk, however, comes from the electrolyte in the … [Read more...]
Nanoscale Pillars May Improve Thermoelectric Materials
Researchers at the University of Colorado Boulder say a new method of improving thermoelectric materials could lead to the development of better solar panels, more energy-efficient cooling equipment and effective devices that could turn waste heat from power plants into electricity. The technique, which involves constructing an array of nanoscale pillars on top of a sheet of … [Read more...]
Magnetic Refrigeration Could Replace Compressor Systems
Researchers working in GE labs have used special magnetic materials to generate temperatures cold enough to freeze water in a breakthrough that could find its way into commercial refrigerators by the end of the decade. (Video: General Electric). Researchers at General Electric have unveiled a new refrigerant system utilizing special magnetic materials that could be up to 20 … [Read more...]
Researchers Eye Passive Cooling System for Microelectronics
Researchers at San Diego State University in California are examining an alternative to traditional heat pipes they say could help increase cooling efficiency in laptops and other portable electronic devices. Known as pulsating or oscillating heat pipes, the system may offer a heat transfer capacity up to 100 times better than conventional heat pipes, says assistant professor … [Read more...]
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