The real-time information provided by the station helps optimize port operations, prevent potential damage to infrastructure caused by adverse weather, and is accessible to both port users and the general public through the Weathercloud online platform.
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.
The new sensors will enable accurate measurements of the tidal variations and wave profiles in the port waters with the aim of increasing the safety of vessels and to avoid unnecessary closures.
The new system will help increase safety of large commercial vessels during mooring operations by providing port personnel with crucial information of wave profiles and tidal variations.
The sensors will be part of the maintenance stock for the Automatic Weather Stations Network (XEMA) of the Meteocat.
The new system indicates in real time if the weather conditions in the area are suitable for shooting exercises or if there is risk of fire.
Darrera has designed, built and supplied a high performance wind station to the Government of Nepal.
Darrera has designed, built and supplied a high performance weather station with ultrasonic anemometer to Abeinsa (Abengoa group), which will be installed in a power plant located near the Dead Sea.
Darrera configures and supplies a high performance ultrasonic anemometer to the Expiatory Church of La Sagrada Família (Barcelona), which will allow accurate monitoring of wind conditions at the top of the monumental building, in order to further increase the safety of workers and visitors.
Darrera installs and commissions 4 high performance wind stations in the new L9 line of the Barcelona Metro, which will allow studies on the impact of wind on trains passing through the surface-level stations.
