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首页> 外文会议>Electronic and Green Materials International Conference >Thermos Design and Assembly for Conversion of Heat to Electrical Energy Based from the Principle of Seebeck Effect using Thermoelectric Generator and Temperature Difference of Liquids
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Thermos Design and Assembly for Conversion of Heat to Electrical Energy Based from the Principle of Seebeck Effect using Thermoelectric Generator and Temperature Difference of Liquids

机译：热源设计和组装，基于使用热电发电机和液体温差基于塞贝克效应的原理转换到电能的转换

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This study focuses on designing a thermos, which holds both high temperature (hot) and low temperature (cold) liquids and used the temperature difference present to interface thermoelectric generator (TEG). The study is used generated energy to power up mobile devices, specifically mobile phones. The study's purpose for the prototype is to be able to discover alternative energy sources for ever-growing need for renewable energy sources. The thermos prototype is made of ready-made materials having two glass bottles as inner container and a PVC pipe as its outer walls. This prototype model had vacuum insulated to prevent heat dissipation. 20 TEGs were connected in series-parallel that feeds a booster with enough electrical energy for thirty minutes which starts as soon as liquids with different temperature is poured into it. According to low output current, a single battery had been charged for long time depended on its rating. The generated electrical energy is recommended to store in a power bank. The waste heat from the thermos was converted into electrical energy by using thermoelectric generator and to charge a battery using the generated electrical energy was achieved.
机译：本研究侧重于设计高温（热）和低温（冷）液体的热水瓶，并利用界面热电发电机（TEG）的温差。该研究使用生成的能量来激活移动设备，专门的移动电话。该研究的原型的目的是能够发现可再生能源需求不断增长的替代能源。 Thermos原型由现成的材料制成，其具有两个玻璃瓶作为内部容器和作为其外壁的PVC管。该原型模型具有真空绝缘，以防止散热。 20 TEG以串联连接，饲料助力器有足够的电能30分钟，一旦将不同温度的液体倒入其中，就开始。根据低输出电流，长期收取单个电池依赖于其评级。建议产生的电能存储在电力库中。通过使用热电发电机将来自热量的废热转化为电能，并使用产生的电能充电电池。

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