PEMBANGKIT ENERGI PADA KNALPOT MOTOR 4 LANGKAH MENGGUNAKAN TERMOELEKTRIK GENERATOR

Syadan Arrassyid, Khoirul Anam, T. Towijaya
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Abstract

Resources to produce energy is one of the increasing needs of society. So that there is an imbalance of load growth with the addition of power plants which will cause an energy deficit or an electrical energy crisis. There have been many studies on alternative energy power plants, one of which is the use of waste heat by using a thermoelectric generator. In this study, a thermoelectric power plant was tested by utilizing motorcycle exhaust heat for charging AAA batteries. When testing the output search, it was found that the highest current in a parallel circuit with 4 thermoelectrics is 104.4 mA and the highest voltage in a series circuit with 4 thermoelectrics is 0.83 V. Then, a AAA battery charging test is carried out using a 4 thermoelectric series circuit. From the results of the battery charging test, it was found that the battery voltage increased over the charging time period from the original 0.08 V to 1.05 V at the end of the charging time period. the current flowing in the circuit during the first 10 minutes is 48.2 mA, at the 20th minute it is 65.5 mA, at the 30th minute it reaches 91.2.Keywords: thermoelectric, energy generation, battery charging
电机排气的电能发生器使用发电机的电能四步
生产能源的资源是社会日益增长的需求之一。因此,负荷增长与发电厂的增加之间存在不平衡这将导致能源短缺或电力危机。人们对替代能源发电厂进行了许多研究,其中之一就是利用热电发电机来利用废热。本研究以热电发电厂为研究对象,利用摩托车废气热为AAA电池充电。在对输出搜索进行测试时,发现4个热电体并联电路的最高电流为104.4 mA, 4个热电体串联电路的最高电压为0.83 V。然后,采用4热电串联电路对AAA蓄电池进行了充电试验。从电池充电测试的结果可以发现,电池电压在充电时间段内从原来的0.08 V上升到充电时间段结束时的1.05 V。前10分钟电路中的电流为48.2 mA,第20分钟为65.5 mA,第30分钟为91.2 mA。关键词:热电,发电,电池充电
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