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.
Darrera installs and commissions a weather alert system in the City Hall of Esplugues de Llobregat (Barcelona), which will allow the coordination of emergency actions against weather conditions that may be hazardous to the local population.
Darrera has designed and installed a wind speed alarm system on the new ferris wheel of the Tibidabo Amusement Park (Barcelona), which will further strengthen the security measures at the attraction.
Darrera has built and supplied to the University of Málaga a system composed of 3 high accuracy evaporimeters controlled by 3 wireless Weather Envoy8X™, which will allow rigorous studies to analyze the evaporation of water in area lakes.
Darrera has successfully completed the design and manufacture of 90 high accuracy temperature probes to control the efficiency of the solar panels installed in a large photovoltaic power plant in California.
Darrera installs and commissions an AWS weather system in the uranium deposit of “Retortillo-Santidad” (Salamanca) worked by Berkeley Minera, to monitor the micrometeorology of the area.
Darrera entirely carried out the design and manufacture of the 3R WT01 Wind Tracker to further increase safety in the iconic Plane ride of the Tibidabo Amusement Park (Barcelona).
Darrera expands its laboratory capabilities with the recent acquisition of a high-end wind tunnel, which will allow to calibrate and to certificate wind equipment and to carry out internal aerodynamic testing and also upon request.
Darrera installs and commissions an AWS weather system in the headquarters of Encasur-Endesa in Puertollano (Ciudad Real), to monitor the water evaporation of a lake located in that area. The system is composed by different sensors such as wind speed, wind direction, air temperature, water temperature, humidity, solar radiation, barometric pressure and pluviometer.
