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Design and development of thermoelectric generator kit from car engine heat

机译:利用汽车发动机热量设计热电发电机套件

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To meet the increasing world demands for energy, the rate of depletion of non-renewable energy sources must be reduced while emerging alternative renewable energy sources. Renewable Energy (RE) is a clean energy that produces no harm to earth and this can be done by increasing the overall thermal efficiency of conventional power plants. Thus a study is conducted to harvesting energy by using a renewable energy such as waste heat. Most of the techniques currently available recover waste heat in the form of thermal energy which is then converted to electricity in a conventional steam power plant. Another approach which has received a little attention so far is direct conversion of thermal waste energy into electricity. The objectives include determining the method of harvesting electricity from car engine heat, investigating the operational of Thermoelectric Generator (TEG), correlating the TEG with circuit to drive a load and analyzed the method through Matlab/Simulink software. The study will present the summary correlated particularly to car engines heat recovery systems, introducing the key parameters, components and methods to determine the performance of such systems.
机译:为了满足世界对能源不断增长的需求,必须在新兴的可再生能源替代之际降低不可再生能源的消耗率。可再生能源(RE)是一种清洁能源,不会对地球造成伤害,这可以通过提高常规电厂的整体热效率来实现。因此,进行了通过使用诸如废热的可再生能源来收集能量的研究。当前可用的大多数技术以热能的形式回收废热,然后在常规的蒸汽发电厂中将其转化为电能。到目前为止,另一种受到关注的方法是将热废能直接转化为电能。目标包括确定从汽车发动机热量中收集电力的方法,调查热电发电机(TEG)的运行情况,将TEG与驱动负载的电路相关联并通过Matlab / Simulink软件分析该方法。该研究将提供与汽车发动机热回收系统特别相关的摘要,介绍确定此类系统性能的关键参数,组件和方法。

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