Ali Musyafa : Implementation of Fuzzy Logic Control (FLC) In Horizontal Axis Wind Turbine
Prototype with Airfoil Profile NREL Standard S83 at Low Rate Wind Speed
Australian Journal of Basic and Applied Sciences
Horizontal axis wind turbine pitch angle fuzzy logic contro low wind speed
The issue of energy crisis and environmental crisis, the food crisis has
been a concern of Indonesia. To answer the energy crisis and environmental done by
utilizing renewable energy sources. Horizontal axis wind turbine is a wind power plant
is suited to Indonesian conditions. This is due to the condition of the wind farm with
varied and fluctuating low rate speed (2-8 m / s). To obtain the optimum performance
of a wind turbine applied intelligent control to be able to cope with the load change.
FLC output in the form of changes in wind turbine blade pitch angle. FLC rule base is
constructed based on the characteristics of the wind turbine response to changes in load.
Performance of horizontal axis wind turbines can work up to 40 pulses per second,
equivalent to 120 rpm. 0:01 indicated maximum overshoot, error steady state 4,56
and the ITAE 39 275 So, wind turbines operation in the working area of 60 -120