CNET 24 (CNN) - So far the battery charging system with the behavior of human beings the most efficient system, developed in the U.S. Wisconsin sinbaljangchakhyeong battery charging system was introduced.
Specifically, the system built up a hotspot on the shoe in such a way that is wasted on the acquisition gaebaldwae base station terminal is expected to significantly reduce power.
Wisconsin researchers "Some portable electronic devices even if the battery is placed in the bottom of your shoes keep walking to the day when you were far away," he said.
The researchers of this technology is wasted every time you walk in the shoe plant floor Worthen energy can be converted to 20 watts and compact fluorescent light to reveal the degree said. Meanwhile, on the piezo piezo sogaedwae way hundreds of times more powerful charger for electric power generation will
Tom keurupenkin of Wisconsin assistant professor of engineering, "who generally produce mechanical energy is very strong," "The people right out of can produce a kilowatt-class power," he said.
▲ If you keep walking shoes jangchakhae that easily produce enough power to 20W, plant it in a charger shoes. Hotspots are hardwired to find the perfect base station signal will prevent battery drain.
According to him, even with only a fraction of the energy thus obtained mobile phones, laptop computers, flashlights, as well as many portable electronic devices may be capable of consuming power.
Always they have developed a mobile phone chargers, particularly by linking networks and Wi-Fi hot spots that can be planted in the shoe because it is likely to have attention. Shoes planted in the battery and charging technology, the recess allows the hotspot and running.
The researchers applied these methods and technologies for the wireless device's power consumption is expected to reduce dramatically.
Keane pen Crew yichung anyone using the power of the entire system can be reduced dramatically for mobile phone batteries have ten times longer to shop, he said.
Professor Ashley Tyler keurupenkin reversal of these forces secured power (reverse electrowetting) are calling. These reversals make power for the way the name is an outsider, it flows through the fluid in the form of representation that are converted to energy power says.
Although not yet commercialized this technology kupenkingwa Tyler is expected to be commercially available soon. They nanopower already inseutep (In Step Nano Power) built a technology company is preparing to commercialize.
They simply walked over to charge the technology is planned to develop a wide range of applications. For example, for the military dimension. Gaedogukyong hyudaeponchungjeonsiseutemyong due to a number of programs that power supply or power supply in the country is planning difficult.
걸을 때 흔히 발생하는 열을 전구나 휴대폰,태블릿용 배터리를 충전하는 전기로 바꿔주는 신기한 신발이 등장했다. 걷기만 하면 포터블 형광등 정도는 가뿐하게 밝혀주는 수준이 약 20와트의 전력을 생산해 낼 수 있는 것으로 알려졌다. 지금까지 소개된 압전 발전 방식의 수백배 수준이다.
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그에 따르면 이렇게 얻어진 에너지의 일부만을 이용하더라도 휴대폰,노트북,손전등은 물론 많은 포터블 전자기기에 소요되는 전력을 충분히 공급할 수 있다.
이들이 개발한 충전기는 특히 항상 휴대폰을 통신망과 연계시켜 주는 와이파이 핫스폿을 이 신발에 심을 수 있는 가능성이 있다는 점에서 주목받고 있다. 신발에 심어진 배터리와 충전기술은 쉬는 시간에도 핫스팟을 가동할 수 있게 해준다.
크루펜킨은 누구든지 이충전시스템을 이용해 전력을 엄청나게 줄일 수 있으며 휴대폰 배터리를 10배는 더 오래 가게 할 수 있을 것이라고 말했다.
이들은 단순히 걷고 충전하는 기술을 넘어서 다양한 애플리케이션을 개발할 계획이다. 예를 들면 군대용이라든가 전력공급이 여의치 않은 개도국용 휴대폰충전시스템용 등으로 또는 전력공급이 어려운 나라에 공급할 계획이다.
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