Renewable energy sources are currently investigated worldwide and technologies undergo rapid developments. However, further basic and applied studies in meteorological processes and tools are needed to understand these technologies and better integrate them with local, national and international power systems. This applies especially to wind and solar energy resources as they are strongly affected by weather and climate and highly variable in space and time. Contributions from all energy meteorology fields are invited with a focus on the following topics:


• Wind and turbulence profiles with respect to wind energy
applications (measurements and theory) including wakes within
a wind farm;

• Clouds and aerosol properties with respect to solar energy
applications (measurements and theory);

• Impact of wind and solar energy farms on local, regional and
global meteorology;

• The use of numerical models and remote sensing (ground based
and from satellites) for renewable energy assessment studies;

• Research on nowcasting, short term forecasts (minutes to day)
and ensemble forecasts and its application in the energy
sector;

• Quantification of the variability of renewable resources in
space and time and its integration into power systems;

• Impacts of long term climate change and variability on power
systems (e.g., changes in renewable resources or demand
characteristics);

• Practical experience using meteorological information in
energy related applications.