Battery Power Optimization and Theft Detection System in Electric Tractor

Sushmitha Sivasankaran, Bharath Singh Jebaraj
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引用次数: 1

Abstract

The battery is a very important component in any vehicle. It has its functions in initial vehicle startup and the working of electric components. Batteries will be automatically charged while running and it supplies power to the accessories. Power optimization and saving of power from wastage in batteries is the major research happening all over the world. It is proposed to monitor the battery usage and to save the battery charge. The cooling fan used for controlling the engine heat consumes power from the battery. The cooling fan will be powered on along with the engine startup and it will run along with the engine. By monitoring the temperature of the engine, the switching of the fan can be controlled according to the defined temperature. If the temperature exceeds the defined temperature, the fan can be switched on by using the battery supply and once the temperature comes below the level, the cooling fan can be switched off. Another extension of the proposed work is the battery theft detection and intimating the user via Global System for Mobile Communication (GSM). The entire operation involves heat and vibration sensors, controllers, engine fans, and batteries. The sensor values are fed to the processor which switches the fan off or on according to the value and the status of the battery is shared with the user.
电动拖拉机电池电量优化与盗窃检测系统
电池是任何车辆中非常重要的部件。它具有车辆初始启动和电气元件工作的功能。电池将在运行时自动充电,并为配件供电。电池的功率优化和节电是目前国内外研究的热点。建议监控电池使用情况,节约电池电量。用于控制发动机热量的冷却风扇消耗电池的电力。冷却风扇将在发动机启动时开启,并随发动机运转。通过监测发动机的温度,可以根据设定的温度控制风扇的开关。当温度超过设定温度时,可以使用电池供电开启风扇,当温度低于设定温度时,可以关闭冷却风扇。提出的工作的另一个扩展是电池盗窃检测,并通过全球移动通信系统(GSM)提醒用户。整个操作过程涉及热和振动传感器、控制器、发动机风扇和电池。传感器的值被馈送到处理器,处理器根据该值开关风扇,并与用户共享电池的状态。
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