Wind flows a lot like water, according to NIU associate professor of mechanical engineering Nicholas Pohlman. “The same fluid mechanics applies to hydro power that has been used since the 18th century, just with a lower density, intermittently available resource,” he says. In other words, harnessing the kinetic energy of wind to create electricity relies on many of the same principles that are well established in the energy industry – but it also requires some changes in our thinking and behavior.
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DEKALB — Wind flows a lot like water, according to NIU associate professor of mechanical engineering Nicholas Pohlman. “The same fluid mechanics applies to hydro power that has been used since the 18th century, just with a lower density, intermittently available resource,” he says. In other words, harnessing the kinetic energy of wind to create electricity relies on many of the same principles that are well established in the energy industry – but it also requires some changes in our thinking and behavior.
Dr. Pohlman will discuss the conversion of wind energy to electricity and answer audience questions at the next NIU STEM Café, online on Tuesday, March 16, at 6 p.m. Register for this free event at go.niu.edu/windenergy.
“Pivoting to wind energy may require power balancing of the grid because wind is intermittent – are you willing to turn off the TV and lights so that the toaster works?” Pohlman asks. It also requires a willingness to see where and how energy is converted into the electricity that we rely on in our daily lives.
“When energy was converted remotely (coal, nuclear, etc.), few people cared where the facility was located,” Pohlman says. However, he notes that many people have a “not in my backyard” attitude towards wind energy, which is generally located closer to the end user.