The Arduino's versatility allows for real-time monitoring, precise control, and the potential for integrating additional features, making it an efficient and cost-effective solution for enhancing power factor performance in various industrial and commercial settings.

All components in the proposed system are controlled by the Arduino Microcontroller. II. BLOCK DIAGRAM. IOT module to send the message of pole fault with location. III. WORKING. When we will switch on the supply, our project is in normal condition.

Hardware we use is designed as two pole with a 12 volt battery, LDR sensor, LED, current transformer, node MCU and programming written in Node MCU. Hardware programming is arduino code written in C language. The prototype system is designed for two poles, actually we will use two pairs of electric poles for our demonstration. By

Mar 8, 2024 · This smart pole is designed with multiple functionalities, serving as a source of light, monitoring the surrounding area through a camera, and incorporating an emergency response feature with an SOS button.

In response to the challenges associated with traditional street lights and the capabilities offered by IoT platforms, a study has been conducted to develop a Smart Pole. This innovative solution integrates a solar-powered street light with a camera and an emergency button.

Making the electric poles smart with the automation of street lights. GPS. The status of the measurement of each electric pole can be viewed through a real-time database. A buzzer which helps other people to stay away from the affected pole. 5. Problem Statement.

In the proposed system, consumer can do power management by knowing energy usage time to time. This proposed system utilizes an Arduino microcontroller. The unit which is generated can be displayed on the webpage through the Wi-Fi module. Smart …

Mar 8, 2024 · This study aims to develop a Smart Pole System to reduce energy consumption and facilitate real-time data exchange by implementing the advancement of the Internet of Things.

In the proposed system, consumer can do power management by knowing energy usage time to time. This proposed system utilizes an Arduino microcontroller. The unit which is generated can be displayed on the webpage through the Wi-Fi module. Keywords— Current sensor, 16*2 LCD Display, Arduino Nano Board, ESP 8266 Wi-Fi Module. 1. INTRODUCTION.

The design of integrated smart pole can provide street light control and Electric vehicle charging using solar panels, collect information and monitor environmental parameters using sensors, provide surveillance of the surroundings using CCTV cameras and