In a joint initiative that bridges academic excellence with industrial innovation, KONČAR – MES, a leading manufacturer of electrical machines and systems, and the Faculty of Electrical Engineering and Computing (FER) have successfully developed a next-generation synchronous reluctance motor poised to redefine efficiency in industrial applications.

This high-efficiency and environmentally friendly motor sets a new benchmark in energy performance and represents a vital step toward sustainable industrial development.

The newly developed synchronous reluctance motor is specifically designed to optimize performance and reduce energy losses—by up to 40% compared to conventional solutions. This level of efficiency marks a major breakthrough in the application of electric drive systems across various industrial environments.

" The development of synchronous reluctance motors marks a major milestone in our pursuit of sustainable, high-efficiency solutions," stated the Technical Director at KONČAR – MES. "Our collaboration with FER enabled the fusion of academic insight and industrial expertise, resulting in a market-ready product that delivers measurable value to both customers and the environment."

This innovation highlights the potential of cross-sector collaboration. KONČAR – MES has long invested in the education and professional growth of local engineering talent, fostering deep-rooted partnerships with Croatia’s top academic institutions. The FER partnership reflects this ongoing commitment, demonstrating how knowledge transfer and shared development goals can accelerate meaningful progress in sustainable technology. 

The synchronous reluctance motor is now commercially available and targeted toward a broad spectrum of industrial sectors. With its launch, KONČAR – MES aims to support global efforts to reduce energy consumption and carbon emissions across mission-critical systems.

As part of its broader innovation strategy, KONČAR – MES continues to modernize business operations, invest in R&D, and lead regional technological development. Through continuous improvement, customer-focused engineering, and long-term partnerships, the company is shaping the future of industrial energy systems locally and globally.