A Smart Street Lighting system allows remote control of street lights while tracking electrical power to streamline power consumption. With up to 50% energy conservation and 20% operational savings, smart street lighting is the perfect starting point for building a smart city infrastructure. The purpose of Smart Street Lighting solution is the establishment of a remote management based framework to track and control electricity utilization of the street lighting grid.

IoT-based Dynamic Street Light Control & Automated Streetlight Management System

IoT-based public street lighting aims at providing an efficient network and connectivity to support the underlying heterogeneous infrastructure, application layers and future Internet components.

The objective of an IoT based automated streetlight management system is the preservation of energy by decreasing power wastage. Streetlights are the primary components of a city as they encourage better night vision, secure streets, and exposure to public areas. As compared to traditional autonomous street lights, monitored street light networks help reduce maintenance costs by monitoring the lamp status in real-time and enabling more efficient and cost-effective maintenance scheduling. In other words, when a lamp or string of lamps fails, there is no need for itinerant inspection; the inefficient light can be located remotely.

Operational Benefits of Smart Street Lights

Smart street lights offer a range of operational benefits for cities and utility providers. Smart lighting optimizes dimming, on/off programming, or motion activation, increasing cost savings over simple LED luminaires. The lights are capable of modifying their intensity based on climatic conditions and movements of pedestrians, bikes, and animals. The dynamic lighting feature encourages a considerable decrease in the overall operational expenses and costs associated with smart street lights.

Numerous other operational advantages offered by Smart Street lighting, including traffic planning and control, crime prevention and monitoring pollution levels, have exceeded their adoption across the globe. This growth of the global smart street lighting market size has driven the adoption rate by over 28% during the forecasted period.

In recent years, the role of smart lighting technologies has gained momentum in the urban development of cities and buildings. This innovation is a crucial component of most smart city approaches around the globe focused on improving systems and industrial Internet of Things (IoT) solutions.

Key benefits of Smart Street Lights in Smart Cities

Smart lighting can help cities track weather, improve public and traffic health, boost accessibility as Wi-Fi hotspots, or provide location-based services such as smart parking and smart navigation. Some of the benefits are listed below.

• Reduction in the cost of energy and maintenance

• Improvement in public safety

• More secure traffic due to increased visibility of hazards

• Traffic control in congested areas

• Parking control in densely populated areas

• Audio warnings and safety announcements for dangerous incidents.

• Charging stations for electric vehicles (EV)

• Monitoring of environmental emission and noise

Smart Street lighting can be a foundation for a smart city network. However, cities should also be aware of different technologies, systems, and solutions that already exist. Prompt consideration should be given to reliability, data security, and network redundancy problems and, of course, versatility regarding scalability in terms of overall smart solutions as well as potential applications/functionality updates. Credits

See also

Blockchain & Energy: The discussion is heating up

How Smart Buildings Save Energy

Sustainable Urban Transportation

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