Currently, cities spend 20+% of their energy bills on lighting, while 75% of public lighting assets in the EU are more than 25 years old and mostly use inefficient lamps. Many cities are already upgrading their lighting infrastructure to energy-efficient Light Emitting Diodes (LEDs), some advanced to smart lighting with dimming and safety-supporting controls
Smart connected lighting provides on average more lighting hours, but with dimmed power, optimally adjusting the local momentaneous need and the preferences of the citizen for the specific place and time. More lighting hours now come with lower overall energy demand and a longer lifetime of the LED lamps. Automated fault detection further reduces downtown and discomfort. The energy consumption can additionally be measured more accurately, ensuring that the city pays the correct price. Energy-saving of 50-70% is possible while using such smart connected lighting Street lighting offers a perfect introduction to the topic of Smart City, as the operation of conventional technologies such as TRA, due to legal adjustments are used less and less and thus the costs for the individual use cases increase.
With a switch to LPWAN technologies – especially LoRaWAN – significant cost optimizations can be realized directly with a simultaneous increase in efficiency in the area of maintenance. Thanks to the new solutions, the changeover can be completed with a manageable effort. Once the LoRaWAN network is established, other use cases such as smart parking, collection of environmental metrics, or even the use of level sensors for waste garbage cans can be quickly established, thus spreading the cost of the network across different use cases.
of existing control technocosts
Cost reduction in the municipal budget
Methodical maintenance as needed
Environmental protection based on well thoughtvalue for citizens through increased lighting for local festivities