Street Light Automation Using 8051 Microcontroller

In the field of modern embedded world this project automatic street light control by pic microcontroller is used to on off automatically by uses of ldr light dependent resistor opamp relay and pic16f877a microcontroller without any human interface.

Street light automation using 8051 microcontroller.

The main goal of this project is to control the intensity of street light and also decrease the usage of electricity in the street lights by using leds in the place of hid lamps. One can also adjust it according to its requirement. This project uses a051 microcontroller which generates pwm signals that remind a mosfet to switch on the leds to achieve an ideal operation. With the advancement of technology number of equipment and modern household appliances are increasing to make life easier and comfortable.

Light sensor is used to detect intensity of light. In this project we are going to develop a project called street light control using 8051 microcontroller in which the street lights are automatically turned on or off based on the movement of the vehicles. But if amount of light is less than 80 percent this project will automatically turn on street lights. 8051 projects fpga projects image processing projects brain computer interface projects power electronics projects embedded projects jetson nano projects android projects.

Radio frequency or rf based home automation using 8051 is a simple application oriented project where you can control different home electrical and electronic appliances using rf communication. Automatic street light control system using arm. Application designed with infrared sensors to identify persons movement in t. Automatic street light control system using microcontroller.

Paper 1 has proposed a concept on automatic street light control system using microcontroller pic16f877a as a prototype. Paper 2 discusses on the essential implementation aspects of energy. Automatic street light control using 8051 micro controller embedded c language.