Vehicle Headlight Automation with Smart Energy Management System

G. Poornima, V. Harish, S. Karthik, B. S. Nagesh kumar, S. Varun Kumar
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引用次数: 3

Abstract

Vehicle headlights high beam cause's danger during night time because most of the drivers use high beams during driving. This causes a glare effect to the driver in the opposite direction for a short period of time. This leads to accidents and another problem during night times is the wastage of power in streets since continuously the street lights are turned ON. This may generates a power crisis for future generation. To avoid these problems we are proposing, vehicle headlight automation with smart energy management system this takes care both the problems. The proposed system uses a Light Dependent Resistor (LDR) sensor for sensing high beam of opposite vehicle and inputs to Aurdino UNO to take a decision to dim the high beam. This technique completely avoids both the drivers from glaring effect. The smart energy management system placed in electric poles controls the electric power consumptions and avoids manpower. The smart energy management system with PIR sensor detects the movement of vehicle or any object on street and turns ON only a particular street light ahead of vehicle or object, and switches OFF the light as the vehicle or object moves which saves the energy. As soon the sun rises, light is sensed by LDR and automatically switches OFF street lights.
汽车前灯自动化与智能能源管理系统
车辆前大灯远光灯在夜间行车中会造成危险,因为大多数驾驶员在行车过程中都会使用远光灯。这会在短时间内对相反方向的驾驶员产生眩光效果。这导致了事故和另一个问题,在夜间是街道上的电力浪费,因为路灯不断打开。这可能会给下一代带来电力危机。为了避免这些问题,我们提出,汽车前照灯自动化与智能能源管理系统,这照顾到这两个问题。该系统使用光相关电阻(LDR)传感器来感知对面车辆的远光灯,并将其输入到Aurdino UNO以决定是否调暗远光灯。这种技术完全避免了两个驱动程序的明显影响。电线杆内的智能能源管理系统控制电力消耗,避免人力。配有PIR传感器的智能能源管理系统检测到街道上车辆或任何物体的运动,只打开车辆或物体前方的特定路灯,并在车辆或物体移动时关闭灯,从而节省能源。太阳一升起,LDR就会感应到光线,并自动关闭路灯。
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