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GET SOLAR EPC INDIA is a Startup (Recognized by DIPP)in the field of Solar and Power Electronics Products manufacturing. Public street lighting is an essential element of the urban environment. It affects residents’ sense of safety and social inclusion, improves visibility for motorists, and also creates an inviting environment for business and tourism after dark. In recent years, many cities have started to replace their sodium streetlights with energy-efficient Light Emitting Diodes (LEDs) based lights, driven by sustainability targets, emerging government standards, and the need to reduce costs. When compared to legacy street lighting technologies, LEDs offer longer lifetimes, lower energy consumption, and reduced maintenance expenses. LEDs are an economically beneficial alternative to traditional streetlights when energy savings are considered, despite their higher upfront cost. Unfortunately, switching to LED lighting alone will not be enough to meet cities’ energy consumption and reduction targets. Adaptive, interoperable lighting solutions are needed to bring savings to the next level, facilitated by connecting LED bulbs with a central management system (CMS) over the internet. These networked street lighting systems allow operators to monitor and regulate light levels in unprecedented ways, resulting in increased energy savings and lower operational costs. The 50% energy savings that are realized by switching to LEDs increase to 80% when connectivity and a central management system (CMS) are added. While the energy and cost-saving benefits are driving adoption, cities are increasingly seeing infrastructure. With an even and widespread distribution across urban areas, readily available power, and integrated connectivity, smart street lighting is being used to form the technology foundation of a city. Through the addition of data collection devices such as sensors and cameras, street lighting infrastructure is being used as a platform to host a variety of applications in the areas of environmental monitoring, traffic optimization, smart parking, and public safety. Furthermore, street lighting infrastructure is being used to host charging points for electric vehicles, and as a base for public Wi-Fi and communication networks. All LEDs are essentially electronic devices that can be connected to central control systems in order to give operators the ability to monitor and regulate light levels in unprecedented ways. Different networks are being used to connect these devices with a CMS including wireless internet connections, radio frequency, GPRS, 3G, power lines, and IP. Most commonly network connectivity is low bandwidth, allowing small amounts of information to be sent back to the management server at regular intervals.