Cartographic visualization of the plants, remote control of the single light point, remote reading of electrical and weather parameters, automatic statistics, anomaly reporting in real time, integrated management of services for the Smart City and more.
With Umpi X-perience managing the lighting network has never been easier. Ermes System is the latest product in the Smart Cities line that has allowed Umpi to integrate its historical and authoritative leadership on the powerline with radio / wireless technology (LoRa, NB IoT) in order to offer its customers the best of both technologies. Thanks to its innovative technological solutions, Ermes System transforms public lighting systems into the most extensive communication network in the urban and suburban area.
With a simple click, you can view the installation details of your lamps and the faults that need to be addressed. You can program the on / off function so that your lights turn off at a certain time, and you can also reduce the luminosity (brightness) of each lamp. This not only saves energy, but it also enhances safety as well.
This chart provides a graphical view of your lighting system's electrical parameters. It displays harmonic distortion, signal frequency, voltage, active and reactive energy, active power, and power factor. You can see how much energy is being used and identify any problems with the power line
You can view the lighting map of the territory you want to administer and display status updates on all our lighting units. It makes it possible for an administrator to track down any point, edit data and manipulate any point, update any panel and panel changes, move or remove points and panels, or change panel types in a defined area.
Unlike traditional photocell systems that may light up during the day due to dust or other malfunctions, this alternative relies on GPS to work perfectly, year-round. By setting the latitude, longitude, time zone, and civil twilight values for the system, all the lights will come on and off sequentially at the appropriate times throughout the year to save up to 8% in energy consumption.
You can create detailed reports with all sorts of statistics on each remote-controlled light. The system provides you with graphs and percentages so you can get a better idea of the performance of your lamps. You'll have precise data on the various faults, and see the lamps that are either on, off or operating at reduced power.
Our Smart lighting solution gives you the power to monitor and control municipal lights.
Cartographic visualization of the plants, remote control of the single light point, remote reading of electrical and weather parameters, automatic statistics, anomaly reporting in real time, integrated management of services for the Smart City and more.
With Umpi X-perience managing the lighting network has never been easier.
Ermes System is the latest product in the Smart Cities line that has allowed Umpi to integrate its historical and authoritative leadership on the powerline with radio / wireless technology (LoRa, NB IoT) in order to offer its customers the best of both technologies.
Thanks to its innovative technological solutions, Ermes System transforms public lighting systems into the most extensive communication network in the urban and suburban area.
Radio module for the remote control of the light point compatible with any type (HID, LED), power and brand of lamp. It allows to signal anomalies and faults, to command the switching on, switching off and reducing the luminous flux of one or more lamps, to enable the existing 24-hour electricity network for the high-speed data transmission necessary for Smart City services.
It can be installed in street lighting, pole slots or junction box and integrates a high immunity to jamming compared to radio solutions.
Central unit installed in the electrical panel able to manage events, signal anomalies, control the on / off of the systems through customized astronomical programming. It allows to check the presence of voltage on each phase, the monitoring of data, the remote reading of energy, water and gas meters.
It communicates with Syra RE devices by radio and integrates the management of smart services. It can telecontrol a possible centralized voltage regulator and allows the integrated management of wireless field sensors.