EOL2020 was designed by the wind industry to meet two fundamental requirements in wind measurement:

      MAXIMIZE DATA AVAILABILITY
      MINIMIZE THE NEED FOR USER INTERVENTION

    Nowadays, the critical importance of obtaining high quality measurements is well known. To maximize data availability, it is essential to benefit from a remote connection to the stations, which also makes significant savings in operation costs.

    Using adequate instrumentation improves the results obtained in Wind Audits and facilitates the negotiation to get “PROJECT FINANCE” for a wind project.

    EOL2020 is highly appreciated by customers and wind auditors all over the world, and it has been approved by an ENAC Calibration Laboratory. It is used by universities and scientific organisations within Spain and worldwide.

    There are currently thousands of units in operation in 17 different countries; including Spain, Germany, Morocco, The Dominican Republic, Portugal, Chile, Venezuela, USA, France, Italy, Tunisia, Australia, China, Poland, Brazil, Mexico, and Kenya.

    The data-logger was designed from beginning to end with the aim of improving wind analysis for any wind farm developer. Making it easier in two ways:

    -Determining energy production and potential benefits at a potential site.
    -"Micrositing" optimisation, to find the best position for each turbine in a planned wind farm.
    -Checking the power output of the wind turbines on a wind farm.

    The data-logger has been designed in collaboration with the Paul Sabatier University (Toulouse, France) and the University of Zaragoza (Spain). It meets the requirements of international standards IEA, IEC, AWEA, WMO. For calculations and operability, various studies have been carried out by the Spanish energy-research bodies; CIEMAT, IDAE and CIRCE. The hardware design meets CE-mark requirements.

    As the wind data are supplied in various standard formats and the whole system is very user friendly, it is easy to migrate to the EOL2020 system from other systems.

    Channel configuration is versatile and capable of monitoring various types of sensor currently available.

    Due to the constant advances in the design and integration of new microchips, the circuit board incorporates the latest components, increasing the features and improving reliability.