Calicut University Partners with Tech Firm to Develop Supercapacitors

Speedy Summary

• The University of Calicut’s Advanced Materials Research Lab has collaborated with Malabar Co-op Tech, a Parappanangadi-based tech company, to develop indigenous supercapacitors.
• Led by Professor Yahya Ismail and student Sivakrishna Prakash,the team has worked for five years on new energy storage materials combining polyaniline and heteroatom-doped reduced graphene oxide.
• This invention offers high energy storage capacity, rapid charging capabilities, and long-lasting performance suited for applications in electric vehicles (EVs), solar power systems, and portable electronics.
• Malabar Co-op Tech will support engineering infrastructure to manufacture complete devices while ensuring the transition from research innovation to real-world application.
• Presently India relies heavily on imported electrode materials for assembling supercapacitors-mostly sourced from China-which limits domestic R&D in clean energy technologies. The project aims to build a fully localized supply chain in this domain.
• Anticipated outcomes include commercialization opportunities, technology export expansion, reduced import dependency, and job creation within india’s clean energy sector.

Indian Opinion Analysis
India’s drive toward self-reliance in advanced energy technologies receives a notable boost with the development of indigenous supercapacitor materials at the University of Calicut. This collaboration exemplifies an effective partnership between academia and cooperative industry sectors to tackle reliance on foreign imports-especially significant given China’s dominance in supplying electrode components globally.

The innovative qualities of this material align seamlessly with India’s renewable energy ambitions by enabling efficient solutions for EVs and lasting systems like solar panels while addressing global clean-energy challenges such as durability or cost-effectiveness. Moreover,fostering higher domestic R&D engagement could catalyze advancements across local industries beyond just manufacturing capacity-a move critical under India’s “Make In India” initiative.

Potential operational impacts from scaling this technology further include commercialization upticks capable generating jobs expanding eco-tech influence cross-border creates pathways broader sustainability-focused industrial rehabilitations meanwhile possible tech-export strengthens foothold active cleaner resources leveraging policies overall reducing imported dependency pivotal strategically aligns longer-term benefits place!! Read More