El sitio web de la UCLM utiliza cookies propias y de terceros con fines técnicos y de análisis, pero no recaba ni cede datos de carácter personal de los usuarios. Sin embargo, puede haber enlaces a sitios web de terceros, con políticas de cookies distintas a la de la UCLM, que usted podrá aceptar o no cuando acceda a ellos.

Puede obtener más información en la Política de cookies. Aceptar

Español
Tools
- Library
- Campus Virtual
- CAU
- Directory
- Intranet
- Search on UCLM

Renewable Energy Research Institute

Services

In this section the technological services which can be provided by the Wind Energy and Power Systems area are depicted

Technological services

Measurements, analysis, and electrical studies (HV and LV)

Transformers
Electrical equipment
Primary and secondary substations
HV and LV power cables
Power converters
Generators and motors

Renewable energy power plants (Components)

Assessment
Measurement and analysis of parameters
Energy audit

Wind engineering services

Measurement campaigns with LiDAR anemometer (analysis and reports)
Measurement campaigns with SoDAR anemometer (analysis and reports)
Measurement campaigns with portable meteorological station
Wind resource assessment
Wind energy education and training
Wind farm design using GH Windfarmer
Performance analysis and loading calculations for the design and certification of wind turbines using GH Bladed
Production assessments of wind farms and wind turbine selection
Consultancy services in operation management and maintenance
Project assessment and consulting
Power curve measurement according to both current Standards and draft versions (UNE-EN ISO/IEC 61400-12-1, 61400-12-2, 61400-12-3)
Deviation wind power evaluation related to estimation
Performance assessment

Photovoltaic power plants

Measurement of the I-V-curve of photovoltaic modules as well as of strings
Energy audit
Study of eficiency loss of solar panels and inverters
Measurement and analysis of parameters, including series and parallel resistance
Theoretical study of the productivity of the solar plant with the
existing con_guration. Validation of the design and quality of the components used
Specific analysis of the components of the solar plant with the aim of solving operation and design problems
Analysis of all the components of the solar plant in order to obtain the current performance of the plant and compare it with the theoretical performance. Parameterization of current loss scheme and identification of deficiencies