Wind turbines have helped meet the rising demand for renewable energy. Muhlala Turbine is working to improve turbines for a more sustainable future.
While attempting to advance its technology, the company faced the challenge of maximizing the energy output of its patented Heppolt wind turbine that was prototyped in New Mexico.
“As a small business, it’s important to get organizations involved that have the technology and skills to help solve complex technical problems. I encourage everybody to use NMSBA. It’s a game changer.”
Johann Steinlechner
Owner
Muhlala Turbine LLC
Muhlala reached out to the NMSBA Program and was connected with Kristin Morehead of the Arrowhead Center at New Mexico State University. Morehead connected NMSU Associate Professor of Engineering, Fangjun Shu, with Muhlala.
The team used NMSU’s wind tunnel facility to better understand velocity field measurements on the wind turbine using a particle image velocimetry system. Tiny reflective particles were introduced into the airflow, illuminated by lasers, and captured by high-speed cameras. The airflow patterns surrounding the turbine blades were mapped by analyzing the displacement of particles over time. This provided crucial insights. Through meticulous analysis of the data, Muhlala fine-tuned the extraction of energy, ensuring optimal performance.
Muhala’s enhanced turbine model has increased energy extraction by 10,000% to 14,000% per square mile compared to existing wind farms, depending on topography, resulting in higher energy output and lower costs.
As a result of the NMSBA collaboration, Muhlala Turbine validated its technology and is negotiating with the Morongo Tribe, Los Angeles Department of Water and Power, and City of Lancaster for new wind turbine projects. The company is also pursuing funding opportunities from federal grants, contracts, and private equity.