Savings for public lighting via on/off and dimming detailed control
Savings for public lighting maintenance thanks to predictive fault analysis
Fault management based on automatic notifications from IoT platform
Detaile pollution monitoring based on low cost environmental sensors distributed inside the city
Accurate preventive action on pollution in the area were mainly required
Reserved parking lots monitoring
Smart Mobility
Needs: fast identification of free parking, reduction of the route / time to reach the parking lot, identification of free charging stations, efficient ligthing control
IoT components:
parking sensors
ligthing control sensors
gateway
cloud software application
Smart Mobility Features
The main advantages are:
Real-time monitoring of parking lots status (free/busy)
Statistical/predictive analysis on parking lot status (for optimization of maintenance activities, lighting efficiency)
Fault management based on automatic notifications from IoT platform
Savings on parking area ligthing on statistical basis and related to the actual activities (brightness increment in case of car approaching the parking area)
Smart Building
Needs: energy efficiency, indoor lighting control, indoor aiq quality monitoring
IoT components:
energy efficiency sensor
pollution sensors
electrical loads control sensors
gateway
cloud software application
Smart Building Features
The main advantages are:
Savings for lighting via on/off and dimming detailed control
Savings for lighting maintenance thanks to predictive fault analysis
Fault management based on automatic notifications from the IoT platform
Indoor air quality monitoring
Air exchange management when actually requested on the basis of the quality measurements
Distributed monitoring of the electricity consumption to identify the possible optimizations
Monitoring and control of the electrical loads for the implementation of efficient building automation policies
2014-23 powered by NeoSystems
