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Trends in energy conservation technology: Temperature control of induction cooking application using class E resonant inverter

机译:节能技术的趋势:使用E类谐振逆变器的电磁炉应用温度控制

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The energy conservation provides a bridge between demand and supply gap of power with minimum capital investment. It avoids wasteful use of energy which can be readily used without any further loss. Induction heating systems do not burn traditional fossil fuels so induction heating is a clean, non-polluting and safe process which helps to meet power requirement. Induction cooking is an application of induction heating which is used for residential and commercial usage. This paper presents temperature control of induction cooker using class E resonant inverter. With the help of class E resonant inverter, high power factor and low line current can be obtained which are very attractive in terms of commercial production. Pulse density modulation (PDM) is used for controlling temperature. The circuit is build using peripheral interface controller (PIC) microcontroller and temperature sensor. Simulation of induction cooker circuit using class E resonant inverter in MATLAB is used for checking dynamic response. The induction cooker's parameters using class E resonant inverter are designed properly and details of design are described. Both hardware and simulation results are compared.
机译:节能以最小的资本投资在电力供需缺口之间架起了一座桥梁。它避免了浪费能源,而浪费能源可以随时使用而不会造成任何进一步的损失。感应加热系统不会燃烧传统的化石燃料,因此感应加热是一种清洁,无污染且安全的过程,有助于满足电力需求。感应烹饪是感应加热的一种应用,用于住宅和商业用途。本文介绍了使用E类谐振逆变器的电磁炉温度控制。借助E类谐振逆变器,可以获得高功率因数和低线路电流,这在商业生产方面非常有吸引力。脉冲密度调制(PDM)用于控制温度。该电路使用外围接口控制器(PIC)微控制器和温度传感器构建。在MATLAB中使用E类谐振逆变器对电磁炉电路进行仿真,以检查动态响应。正确设计了使用E类谐振逆变器的电磁炉参数,并描述了设计细节。比较硬件和仿真结果。

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