business. It is known that every action and event has a spatial reference.
Computer revolution started in the late twentieth century and continued today, allows any geographical
information to be more easily accessed and used in multiple analyzes. We can say that the society demands on more
precise spatial location of events has made Geographical Information Systems to develop more and more and even
become the essence of the digital revolution [3].
Switching to energy from renewable resources was done under the influence of two major impulses: massive
drop of fossil fuel resources worldwide and increase of CO2 emissions due to excessive industrialization.
In Romania, renewable resources began to gain ground since 2000. Whether it is wind in Dobrogea and solar or
geothermal energy in the West part of the country, the implementing projects are increasingly larger. As a signatory
to the agreements, Romania has launched national programs such as the "Green House" by supporting individual
projects or projects related to green certificates market for large producers of green energy.
The basis of this case study was the model of wind obtained by interpolating the data recorded in Romania both
by weather stations and by satellite technology. Thereby, it was obtained a cursive model, a raster with a resolution
of 200 m - at the country level, from which we extracted information strictly for a test area from the southern part of
Dobrogea. Important was the digital terrain model, determined with a resolution of 30 m. The visualization part
cannot be modeled; it is left to the election of each user. Also, by this case study we had shown that the GIS
technology can „fight” as an equal with the software dedicated to wind technology.