Centralized Monitoring System for Street Light Fault Detection
Centralized Monitoring System for Street Light Fault Detection
Muralidharan V 1, Manikandan P 2 , Dharani Dharan M 3 , Abimanyu S 4 , Jayas S 5, Prakash M 6
1 PG-MBA & Karpagam College of Engineering – SoMS, Coimbatore, India
2 PG-MBA & Karpagam College of Engineering – SoMS, Coimbatore, India
3 PG-MBA & Karpagam College of Engineering – SoMS, Coimbatore, India
4 PG-MBA & Karpagam College of Engineering – SoMS, Coimbatore, India
5 PG-MBA & Karpagam College of Engineering – SoMS, Coimbatore, India
6 PG-MBA & Karpagam College of Engineering – SoMS, Coimbatore, India
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Abstract — The fast development of urbanization and the rising request for smart city innovations emphasize the requirement for productive, robotized arrangements to oversee open foundations. Street lighting is a vital component in urban ranges, giving security, improving permeability, and making strides in the tasteful esteem of cities. Be that as it may, conventional street lighting systems, which depend on manual assessments and receptive upkeep, regularly confront critical wasteful aspects, driving to postponed fault detection, drawn-out downtimes, and expanded operational costs. To address these challenges, this paper presents a Centralized Checking System for Street Light Fault and Area Following, leveraging sensors, IoT, and advances for real-time checking. The system robotizes fault, precisely distinguishing issues such as bulb disappointments or control interferences, and empowers quick, focused on support. It moreover consolidates vitality checking, prescient support, and information analytics to optimize system execution. A centralized dashboard streamlines administration, making strides in operational proficiency and lessening the requirement for manual intervention. By optimizing vitality utilization and minimizing squandering, the system progresses unwavering quality, cuts costs, and bolsters maintainability. As a versatile and clever arrangement, it adjusts with the destinations of savvy cities, giving a more proficient, more secure, and maintainable urban lighting system that upgrades the general quality of urban life.
Keywords – Urbanization, smart cities, street lighting, fault detection, IoT, data analytics, centralized dashboard.