Henkel and North Carolina State University's (NC State) Future Renewable Electric Energy Delivery and Management (FREEDM) Systems Engineering Research Center recently announced a new partnership agreement designed to study the impact of materials technology on power electronics applications. Henkel has joined the FREEDM Systems Center as an associate member and will also leverage services from NC State's Packaging Research in Electronic Energy Systems (PREES) lab facilities as part of the agreement.
"Henkel and NC State have previously partnered on various projects," said Iqbal Husain, professor of Electrical Engineering and FREEDM director, noting that the new association marks a more formal collaboration. "Most recently, Henkel's team provided specialized materials that enabled us to meet aggressive targets in the design of a high-power electric vehicle fast charger. We see many areas such as this where our relationship can bring notable results."
Partnerships between industry and academia are a focus area for NC State, the results of which have led the university to rank fourth in the U.S. for industry-sponsored research and second for research commercialization. The school's FREEDM and PREES resources, located on its Raleigh, N.C.-based Centennial Campus, are national models for public-private collaboration.
As a materials leader in the power and industrial automation sector, Henkel reports that it believes relationships with academia have broad benefit, facilitating acceleration of market-ready solutions for some of the industry's most significant challenges. Justin Kolbe, director of Market Strategy for Henkel's Power and Industrial Automation business, is looking forward to many development opportunities through the FREEDM association, acknowledging the growth potential for Henkel in the power electronics space and the significance of NC State's proven leadership in the field.
"The demands on power electronics across many applications are immense," Kolbe said. "The often-contradictory objectives of increased power densities, high reliability, expansive functionality and cost efficiency are driving new approaches to systems design. Our team is excited to work with NC State to evaluate how Henkel's enabling materials in leading-edge power electronics devices can address future industry challenges."
Part of this deeper appreciation for next-generation designs is gained through practical application, which is why the PREES lab is integral to the development work. "PREES is focused on advanced packaging for power electronics," said Doug Hopkins, professor of Electrical Engineering and PREES Director. "We look forward to working with Henkel to expand simulation capabilities and use their products in packaging prototypes."