The wind energy industry is still relatively young. Many commercial-scale wind turbines are already in operation, but researchers are still trying to determine how to most efficiently harvest wind energy.
To achieve this goal, researchers at the University of Wisconsin-Milwaukee are using some pretty amazing technology to develop the most efficient wind turbines possible.
Researchers Saif Al Hamad and Omar Shaker are using wind tunnels and 3D printers to test different shapes and designs for the turbines. Shaker used his 3D printer to create test blades, and Alhamad analyzed data generated by a horizontal axis wind turbine inside the tunnel.
“From there you can scale up to residential scale, because it's so small,” Al Hamad said, according to Spectrum News 1. This is the experimental data we have. ”
“Even with smaller wind turbines that cannot be scaled up due to some local restrictions, such as noise levels, we are trying to make them easier to use by harnessing as much power as possible, and we are investing in this. That makes sense.'' One,'' Shaker said.
This technology not only helps people lower their energy costs, but also helps them stay away from dirty energy sources and harmful gases such as methane.
The researchers chose to focus on wind energy because it has the potential to be an endless source of clean, renewable energy. This is an alternative to highly polluting forms of dirty energy such as gas, coal, and oil.
“As long as there's continuous wind or as long as you're offshore, it's very reliable,” Shaker said. “It's the future.”
“We're trying to reduce combustion and carbon emissions, so that's why,” said Ryo Amano, director of the University of Milwaukee Center for Industrial Evaluation. “Wind energy is one of the cleanest forms of energy, which is why we promote it and why it is important for our students to be involved in activities with the latest technology.”
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