The high efficiency electric vehicle using the vibration and heat energy recovery system

研究了基于振动和热能的高效电回收系统。振动能量由线性发电机回收，热能由热电换能器回收。实现了热电换能器的模块化。对热流进行了数值分析。并给出了有效的热能回收方法。由于产生的电压较低，考虑合适的DC-DC变换器。在振动恢复系统中，将电动汽车的振动调节到直线发电机上。给出了数值分析和实验结果。根据结果确定了合适的设计参数。最后考虑了安装在电动汽车上的热电换能器和线性发电机的设计，并通过仿真证明了这些设备是加载在电动汽车上的。

The high efficiency electric using the vibration and heat energy recovery system has been studied. Vibration energy is recovered by the linear generator, and heat energy is recovered by the thermoelectric transducer. Modularization of the thermoelectric transducer is achieved. Numerical analysis of the heat flow is undertaken. And Effective recover method of the heat energy is given. As the generated voltage is low, the proper DC-DC convertor is considered. In the vibration recover system, vibration of the electric vehicle is adapted to the linear generator. Results of the numerical analysis and experiment are given. The appropriate design parameter is defined by the results. Finally design of the thermoelectric transducer and the linear generator to install on the electric vehicle is considered, and these facilities are shown to be loaded on the electric vehicle by the simulation.