According to South Korean media have recently reported that South Korean researchers have in the wire insulation, based on the successful development of high-performance thermal-aware sensors. The sensor can the current performance of the thermal sensor senses similar increase of 100 times effectively prevent the battery from exploding due to overheating.
Korea Electronics and Telecommunications Research Institute research team led by Dr. Jin Xianzhuo in September last year may be replaced by the insulator conductivity experiments, the first time that scientists have more than 50 years ago, a conductive insulator to speculate in the world, the take leadership in the invention of the conductive insulator technology made. The use of this technique can be changed an insulator at a certain temperature ladder.
Jin Xianzhuo and others more aware of a high-performance thermal sensors developed out. The sensor can be used with household appliances such as batteries, and they can prevent it from overheating when the explosion. Experiments have shown that mobile phone use in rechargeable lithium battery explosion temperature of 177 degrees Celsius, while the use of high-performance thermal-aware sensor polymer lithium-ion batteries under high temperature at 210 degrees Celsius is not an explosion. In addition, the use of high-performance thermal sensor sensor to prevent the rechargeable lithium battery to a significant expansion due to overheating.
High-performance thermal-aware than other similar sensors, thermal sensor is about 100 times higher than the perceived performance. If the existing similar thermal range of 1 meter sensorVGP-BPS9, , VGP-BPS9/B, VGP-BPS9/S , VGP-BPS9A, VGP-BPS9A/B can sense the heat, then the high-performance is heat-sensor, the sensor can sense heat in the 100-meters. In view of this characteristic, high-performance thermal-aware sensors can not only common in the food fermentation, use fire alarm and other areas is to be expected, such as military, aerospace thermal sensor used in devices.