Jhansi Smart City

Jhansi Smart street lighting a platform services that control more then 50K street lighting might prove a practicable solution. The smart lighting itself offers immediate benefits. Energy costs are immediately reduced by up to 35% and operational costs come down by up to 42%. How? Smart lighting offers the ability for each lamp to be individually controlled and monitored, meaning that night-time checks will not be needed anymore. Also, the smart controller installed with every lamp allows continuous awareness and dynamic ON/OFF/dimming control depending on the time of the day or traffic. All of that is translated in reduced operation costs, safer streets, a decrease of energy costs and a more sustainable environment. In addition, a smart lighting system reduces the maintenance costs since faults in the lamps can be easily detected and fixed.

• Cost-Effectiveness: The need to balance technological advancements with budget constraints, ensuring a cost-effective solution that benefits all.
• TCP Server Integration: Establish a robust communication system where the CCMS sends data to a centralized TCP server using the TCP protocol, ensuring reliable data transmission.

Maharastra Smart City

The primary objective of the "Maharashtra Smart Street Lighting" project is to implement a cutting-edge Centralized Control and Monitoring System (CCMS) to control and optimize street lighting across the state. The key objectives are as follows.

• Centralized Control and Monitoring System (CCMS): Development and deployment of a CCMS that interfaces with street light fixtures, collects data, and allows for remote control and monitoring.
• Data Collection from Meters: Installation of meters on street lighting fixtures to collect data on energy consumption and performance.
• TCP Server Integration: Integration of a centralized TCP server to receive, process, and store data transmitted by the CCMS.
• Resource Allocation: Adequate allocation of resources, including budget and manpower, to implement and maintain the CCMS effectively.
• Energy-Efficient Lighting: Retrofitting street lighting fixtures with energy-efficient LED technology and adaptive controls for optimized lighting levels.
• Fault Detection and Maintenance: Implementation of fault detection algorithms within the CCMS to identify and report issues in real-time, enabling swift maintenance.
• Technical Expertise: The project team must possess the technical expertise to develop and deploy the CCMS and integrate it with the existing infrastructure.