Assessment of public lighting based on decentralized dynamic measurements with IoT devices
DOI:
https://doi.org/10.46421/entac.v20i1.6162Keywords:
Public lighting, Smart Cities, Vehicle telemetry, Statistical Treatment, Data analysisAbstract
The public lighting system plays a crucial role in cities, as it affects public safety and the functionality of urban areas at night. To evaluate the quality of public lighting, it's necessary to collect data on illuminance, which is the light incidence on a specific area or surface. According to the literature and Brazilian standard 5101, this data should be collected using static sensors (lux meters). However, there has been little discussion in the technical-scientific environment about decentralized data collection, especially from embedded sensors. In this context, the present study aims to propose an evaluation method based on a case study. The method will complement the current collection and analysis methodology, demonstrating the correlations between the acceptability limits of the standard and the collection of static and dynamic data. The study will also highlight the advantages of dynamic data collection for the public management of this system.
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