HP University, Cosmo Ferrites ink MoU for sustainable tech research

Himachal Pradesh University signed an MoU with Cosmo Ferrites Ltd to research green energy, magnetic materials, and sustainable tech. The pact aims to boost industry-academia ties and develop alternatives to rare-earth magnets for EVs and other electronics.

Amid concerns over climate change and rising temperatures in the Himalayan region, Himachal Pradesh University on Saturday signed a Memorandum of Understanding (MoU) with Cosmo Ferrites Limited to promote collaborative research and innovation in green energy, advanced magnetic materials, and sustainable industrial technologies, according to an official statement.

The agreement, signed at the university campus in Shimla, aims to strengthen industry-academia collaboration in emerging sectors linked to renewable energy, electric mobility, advanced electronics, and environmentally sustainable technologies.

Cosmo Ferrites Limited, one of India's leading manufacturers of soft ferrite cores and advanced magnetic materials, supplies products used in electric vehicles (EVs), telecommunications, renewable energy systems, electromagnetic interference (EMI) shielding, MRI equipment, and high-frequency electronic devices. Nearly 40 per cent of its products are exported internationally.

Under the collaboration, both institutions will jointly undertake research in areas such as ferrite nanomaterials, high-frequency ferrites for EV power electronics, antenna miniaturisation, EMI shielding materials, and multifunctional magnetic materials. The partnership also seeks to convert laboratory-level innovations into industrial-scale applications while promoting environmentally sustainable technologies, the release stated.

A 'Historic Step' Against Climate Change

Vice-Chancellor of Himachal Pradesh University, Professor Mahavir Singh, an expert in ferrite and nanotechnology research, described the collaboration as a "historic and innovative step" towards advancing green energy research and developing indigenous, environment-friendly technologies as alternatives to rare-earth-based systems largely dominated by global supply chains.

"Climate change and global warming are becoming major challenges not only for the world but especially for Himalayan regions like Himachal Pradesh. Rising temperatures and changing weather patterns are already being felt across the state. In such a situation, universities must develop environment-friendly technologies and sustainable solutions," he said.

Future Research and Global Collaboration

The Vice-Chancellor said the university would soon submit a major research proposal to the Indian government and also seek international collaboration, including with Japan and other countries, for the development of eco-friendly motor technologies based on advanced ferrite materials.

"We are working towards developing environmentally friendly motor technologies for the future generation of electric vehicles. By 2040, nearly 50 per cent of global transportation is expected to shift towards electric mobility. This makes green energy research not merely a scientific subject but a broader societal necessity," he said.

Industry-Academia Synergy

General Manager of Cosmo Ferrites Limited, Sanjeev Katoch, said the collaboration between industry and academia would play a critical role in addressing future global energy and climate challenges.

"We have a live manufacturing ecosystem with more than 100 varieties of ferrite materials used across the electronics industry. With India's growing focus on electronics manufacturing and the 'Make in India' initiative, there is tremendous potential for indigenous research and product development in this sector," he said.

Developing Alternatives to Rare-Earth Magnets

He said one of the major objectives of the collaboration would be to develop alternatives to rare-earth magnets currently used in EV motors. "Rare-earth magnets are expensive and controlled by a limited number of countries globally. Ferrite-based magnetic materials could emerge as a sustainable and cost-effective substitute. Our focus will be on joint research with the university to improve these materials and develop next-generation products for large-scale manufacturing," he added.

Enthusiasm from Research Scholars

Research scholars and students at the university expressed enthusiasm over the initiative, saying it would open new opportunities in green energy and climate-oriented technological innovation.

One of the research scholars, Shivani, said the initiative was particularly significant for Himalayan states like Himachal Pradesh that are increasingly witnessing the effects of climate change and global warming. "Last year was among the hottest years recorded in Himachal Pradesh, and we can clearly feel the impact of climate change. This MoU will help researchers work on magnetic ferrites that can replace costly rare-earth magnets used in electric vehicles. Such materials can reduce costs and support sustainable technologies," she said.

Paving the Way for Innovation

University authorities said the collaboration is expected to pave the way for innovation-driven research, patents, scientific publications, and the development of market-ready green technologies while strengthening Himachal Pradesh's research ecosystem in emerging clean-energy sectors.

(Except for the headline, this story has not been edited by Asianet Newsable English staff and is published from a syndicated feed.)