Using systems modeling language SysML for analysis of wind power system

Abstract EN

This paper presents an analysis and modeling of a wind turbine using the systems modeling language SysML in order to achieve a functional, structural, and behavior description.

Nowadays, our energy production is the primary culprits behind environmental issues including global warming, greenhouse gases, CO2 emissions and climate change.

Therefore, we need to move to renewable sources of our energy generation to further help the environment and to sustain our increasing demand.

One of the alternative ways to generate electricity is wind turbine.

Since it appearance at the beginning of the last century, wind turbine technology system has improved step by step.

Actually, wind turbine has a complicated structure, a set of heterogeneous components that interact in an organized manner to accomplish a common goal which is harnessing the wind to produce electrical power.

We start with introducing wind turbine generator systems.

Next, we describe the systems modeling language SysML.

Subsequently, a graphical description of the functionality of a wind turbine system based on SysML diagrams are shown here.

Finally, some conclusions are presented