Yes its true. Wind turbines don’t always spin, even in the most perfect conditions.
Wind power has become a tried and tested method of energy production that can drastically reduce the need to lean on the national grid. But one state has seen its wind turbines standing still, even when the wind blows like a big bad wolf trying to blow your house down.
The inevitable question that arises is, why does this happen?
The efficiency of wind turbines blows us away
Wind turbines have become one of the most sought-after forms of energy production.
Their remarkable efficiency has catapulted them into a new era of dominating the international renewable energy market. While the rest of the clean energy sector faces significant issues that affect their ability to produce power, wind energy regularly blows us away.
But even the extremely efficient wind turbines that litter the nation have a dark side. Even in near-perfect conditions, one state has seen its wind farms standing still.
Turbine… or not turbine? That is the question
One state in the union has seen some turbines located in a significant strategic region with high winds standing still like a child with performance anxiety.
The renewable energy generation sector has come leaps and bounds as the overarching realization that oil and gas can simply no longer handle the load of powering our lives. At least not without devastating the environment in the process.
Hydropower generation has also been making waves in the clean energy sector. But solar and wind are now the dominant forms of clean energy.
Some view the whole solar fascination as a waste of time. While other experts have noted that the solar power sector has not performed as well as originally hoped or expected, for that matter.
As technology advances, the impact of our progression in energy generation has seen a litany of new forms of power that could reshape the global market.
The government does not play games when it comes to home-based energy production. A recent development lighting the path towards energy independence attracted the attention of the feds. Leading to a disastrous end to one man’s hope of powering his home without the need to connect to the grid.
Why would a turbine not spin? Even as it was designed to do so?
Texas has become a welcoming destination for wind farms.
But as one farm recently found out, a myriad of factors could prevent the turbines from spinning. The question becomes, why would a turbine that is designed to spin not do so? Even in the most ideal conditions?
The answer is more complex than just a singular reason and has created a black hole that could suck the life out of the wind power sector.
Numerous factors could force turbines to idle, even in perfect conditions
Wind speed is a determining factor. Too little, and the turbine becomes idle. Too much can damage the exceedingly expensive components. Once the wind speed reaches approximately 25 m/s, turbines automatically stop spinning.
Grid constraints are another reason. As well as curtailment when the national system is congested or overwhelmed with demand.
The dark side of clean energy production has become a little clearer. Texas was once seen as the home of the ever-expanding wind power sector in the nation. But the reality is that Texas wind farms often see turbines idling while clean energy goes to waste.
While millions of homeowners complain about high power bills, Texas has seen its role in the wind power sector declining.
Is there a future for the wind power sector in the Lone Star State, or is this the end for the most promising clean energy sector in the nation?