Real-time data provided by the station enables the road conservation service to optimize the planning of maintenance tasks and reinforce road safety in the event of adverse weather conditions.
The new 3R AWS400 station installed for IB-SALUT features high-precision sensors and a 4G communication system, providing SAMU061 pilots with the ability to remotely monitor the meteorological conditions at the heliport through a real-time data dashboard.
Real-time data provided by the stations enables WWTP personnel to optimize wastewater treatment processes and take preventive measures to safeguard the safety of personnel and facilities against extreme weather events.
Darrera is proud to have actively participated in the Smart City Expo World Congress, the international reference event on innovation for the transformation of cities into intelligent, sustainable, and healthy models.
Thanks to this project, Santa Perpètua de Mogoda joins the growing network of municipalities committed to providing accurate and reliable local weather information to its citizens.
The local government and residents can now check the current weather conditions in real time and the 6-day local weather forecast through the Weathercloud online platform for municipalities, which also allows to generate reports and graphs from the historical database fully open to the public.
The new sensor sends the road condition data in real time to the Weathercloud Road online platform for remote monitoring and management from the control center, allowing staff to plan maintenance tasks and identify possible risks to road safety early enough.
Students, teachers and neighbors can now check both the weather conditions and the air quality in real time through the WeatherLink online platform.
The company in charge of water supply and sanitation in the municipality of Blanes now has accurate, real-time data on the weather conditions in the area, especially rain intensity and accumulated rain.
The new wind stations allow remote and real-time monitoring of the wind conditions in different areas of each plant in order to evaluate the wind impact on the solar panel structures.