Now, that you have a big wind farm, which is connected to
the grid and is adding a few MWH at the end of every day to it. However, one of
the challenges that the wind power company’s face is that it is not consistent;
but intermittent. To generate power consistently, the power company needs to
depend on a few external factors like analytics.
Wind farms across the world are productive as long as there
is wind to rotate the turbine. By default, the SCADA system that is supplied
along with the wind turbine helps to get more information about the functioning
of the turbine, wind blade angle, etc., but does not provide information about
under which weather conditions the wind is working.
Along with knowing about the functioning of the equipment,
if the company could also get information about weather and wind predictions,
turbine and overall wind farm performance, and predictive maintenance data
simultaneously, then it gets the big picture of what is happening, what factors
are critical to maintain the consistency of the wind power generation, which
wind turbines are beating the benchmark, which wind turbines are not
functioning and need maintenance, etc.
Countries, where wind power is not that much great,
companies make sure that they are one-step ahead in knowing about the wind
movements so that they can align all their turbines in that direction
beforehand to make advantage out of the wind flow.
From power grid point of view, all the captive power
generating units should make commitment to their respective grids regarding how
much power they add to the grid at the end of the day or by a particular
period. Now, if the wind is not consistent and the company could not generate enough
power, then they are bound to pay penalties to the grid. In this case,
analytics help companies to calculate correctly how much they could commit based
on the real-time and historical sensor data that they gathered, so far.