NK PPT 1.pdf
- 1. Basic Details of the Team and Problem Statement Ministry/Organization Name/Student Innovation: PS Code: SIH1512 Problem Statement Title: Centralized Monitoring System for Street Light Fault Detection and Location Tracking Team Name: Team (A) Team Leader Name: Navneet Kumar Institute Code (AISHE): 345 Institute Name: SVN Institute Barabanki. Theme Name:
- 2. Idea/Approach Details Describe your idea/Solution/Prototype here: ➢ Worked on intelligent wireless street light control and monitoring system , which integrates new technologies, offering ease of maintenance and energy savings. Using solar panel at the lamp post by using LDR it is possible to save some more power and energy, and also we can monitored and controlled the street lights using GUI application, which shows the status of the lights in street or highway lighting systems. ➢ In their work on Design of Wireless Framework for Energy Efficient Street Light Automation suggested an Intelligent management of the lamp posts by sending data to a central station by ZigBee wireless communication. With the suggested system, maintenance can be easily and efficiently planned from the central station, allowing additional savings. ➢ LoRaWAN (Long Range Wide Area Network): LoRaWAN is a low-power, long-range wireless communication technology ideal for IoT applications. It offers extended coverage and is energy-efficient, making it suitable for remote monitoring of street lights. ➢ Zigbee: Zigbee is a wireless protocol commonly used in smart city applications. It's low-power and suitable for short-range communication between devices. ➢ IoT Platforms: Leveraging cloud-based IoT platforms can streamline data collection and analysis. These platforms often support multiple communication protocols and can scale with the system's needs. 2 Choosing the wireless approach to configure the microcontroller ARM LPC2103 at device end to connect to the LoRa. Next we have to configure IoT cloud server to connect LoRa. We should connect the web application to cloud server and LoRa. Now we can monitor and control the electronic devices from the application Describe your Technology stack here: ⮚ IOT ( Internet of Things) ⮚ Sensors ⮚ LoRa technology , ZigBee wireless communication ⮚ JAVA
- 3. Idea/Approach Details Describe your Use Cases here sensors for Fault Detection Module Overview: In this module, we will delve into the critical role of sensors in our Centralized Monitoring System for Street Light Fault Detection and Location Tracking. We will explore the types of sensors used, their placement, and how they together to detect faults efficiently. Module Content: 1. Introduction to Sensors • Explain the importance of sensors in the system. • Highlight their role in improving street light maintenance. • Light Sensors , Motion Sensors , Temperature Sensors , Power Sensors . Benefits of Sensor-based Fault Detection :Summarize the advantages of using sensors for fault detection. • Include examples of how sensor data improves maintenance efficiency. 3 Describe your Dependencies / Show stopper here Fault Detection •Describe how sensors are used to detect faults in street lights. •Mention the types of faults the system can identify (e.g., bulb failure, power outage). Location Tracking •Explain how the system tracks the location of street lights. •Discuss the importance of location data for maintenance. Real-time Monitoring •Highlight the benefits of real-time monitoring. •Showcase a sample dashboard or interface used by operators. Fault Detection Algorithms : Provide an overview of the algorithms used for fault detection. •Discuss how sensor data is interpreted to identify faults. Alerts and Notifications •Explain how the system generates alerts and notifications for detected faults.
- 4. Important Pointers Please ensure below pointers are met while ➢ Discuss potential future enhancements or upgrades to the system. ➢ Mention emerging technologies that could be integrated. ➢ Summarize the overall benefits of the centralized monitoring system : ➢ Energy savings. ➢ Reduced maintenance costs. ➢ Improved safety. ➢ Environmental impact. ➢ This allows linemen to find faults in a very short time. ➢ The future scope of centralized monitoring systems for street lights is closely tied to the broader trends in smart cities, IoT, sustainability, and digital transformation. As technology continues to advance, these systems will likely play a pivotal role in creating safer, more energy-efficient, and environmentally friendly urban environments. ➢ The future scope of a Centralized Monitoring System for Street Light Fault Detection and Location Tracking is promising, as technology continues to advance and cities seek more efficient and sustainable solutions. Here are some potential future developments and areas of growth for such systems: ➢ The system is scalable, accommodating the addition of new street lights or integration with other smart city systems as the city evolves. 4
- 5. Team Member Details Team Leader Name: NAVNEET KUMAR Branch ( B. tech ) Stream (EE) Year (IV) Team Member 1 Name: NAVNEET KUMAR Branch (B. tech) Stream (EE) Year (IV) Team Member 2 Name: ANURADHA SINGH Branch (B. tech) Stream (CSE ) Year (IV) Team Member 3 Name: NITESH KUMAR Branch (B. tech) Stream (EE) Year (IV) Team Member 4 Name: SACHIN KUMAR Branch (B. tech) Stream (EE) Year (IV) Team Member 5 Name: NEERAJ KUMAR Branch (B. tech) Stream (EE) Year (IV) Team Mentor 1 Name: Category (Academic/Industry): Expertise (AI/ML/Blockchain etc): Domain Experience (in years): Team Mentor 2 Name: Type Your Name Here Category (Academic/Industry): Expertise (AI/ML/Blockchain etc): Domain Experience (in years):