Kochi: Strengthening global energy security through international collaboration, technological innovation, and climate-resilient infrastructure took centre stage during a panel discussion on “Climate-Resilient and Secure Energy Corridor for Global Energy Security” at the Global Hydrogen & Renewable Energy Summit 2025, held on March 12–13, 2025, in Kochi, Kerala.
The session was moderated by Chandrashekhar Chincholkar, CMK Advisors LLP, Pune, and featured distinguished panelists including Suneel Pamidi, IFS, Director, Department of Environment and Climate Change, Government of Kerala; Sebastian-Justus, Founder, Phi Suea House, Thailand; Frank Melloul, Chairman, I24 News, Israel; and Tobby Simon, Founder & President, Synergia Foundation.
The discussion explored how governments, industry, technology leaders, and international institutions can work together to build resilient energy systems capable of addressing climate change, geopolitical uncertainties, and the growing global demand for clean energy.
Diversification and International Cooperation Critical for Energy Security
Opening the discussion, the panel highlighted that energy security today extends far beyond ensuring uninterrupted fuel supplies. It requires diversified energy sources, stronger international partnerships, and adaptive policy frameworks that can respond to rapidly changing geopolitical and environmental conditions.
The speakers stressed that expanding renewable energy portfolios—including solar, wind, and green hydrogen—will reduce dependence on conventional fuels while making national energy systems more resilient.
They also noted that cross-border cooperation allows countries to exchange technology, share best practices, and jointly develop solutions that accelerate the global clean energy transition.
Decentralised Energy Systems Offer Greater Resilience
Sebastian-Justus shared his experience of developing decentralised hydrogen-based energy systems, explaining that smaller, interconnected energy networks can improve efficiency, enhance reliability, and reduce overall infrastructure costs.
He emphasised that distributed energy generation, supported by digital technologies, could play a major role in strengthening future energy systems. As renewable technologies mature and become more affordable, decentralised models are expected to complement large-scale energy infrastructure while improving local energy resilience.
Kerala Showcases Climate-Focused Policy Leadership
Highlighting Kerala’s environmental initiatives, Suneel Pamidi explained that the state has adopted a science-driven approach to climate action by undertaking detailed climate impact assessments aligned with international standards.
Kerala has set ambitious goals to achieve carbon neutrality by 2050 and continues to strengthen policies aimed at reducing greenhouse gas emissions, promoting renewable energy adoption, and improving climate resilience across sectors.
The panel acknowledged that state-level policy innovation will be instrumental in helping India meet its long-term climate commitments.
Media Plays an Important Role in Public Awareness
Frank Melloul underlined the growing responsibility of media organisations in shaping public understanding of climate change, energy transition, and international cooperation.
He observed that responsible journalism can help bridge knowledge gaps, promote constructive dialogue, and encourage collaboration between nations by highlighting successful examples of sustainable development rather than focusing solely on geopolitical differences.
According to him, informed public discourse is essential for building support for long-term clean energy policies.
Emerging Technologies Set to Transform Energy Systems
The discussion also explored the transformative potential of emerging technologies such as Artificial Intelligence, quantum computing, advanced digital platforms, and biotechnology.
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Tobby Simon highlighted that AI-driven optimisation can significantly improve renewable energy generation, energy management, predictive maintenance, and manufacturing efficiency. Meanwhile, advances in quantum computing and material sciences could revolutionise battery storage, hydrogen technologies, and next-generation energy infrastructure.
The speakers agreed that digital innovation will become a key enabler of future energy security.
Investing in Research and Innovation
A recurring theme throughout the session was the importance of increasing investments in research and development.
Drawing examples from countries with strong innovation ecosystems, the panel emphasised that sustained R&D investments are essential to accelerate clean energy technologies, improve commercial viability, and strengthen global competitiveness.
The experts noted that collaboration between governments, academia, startups, and industry will play a decisive role in developing scalable solutions for climate-resilient energy systems.
A Shared Vision for Global Energy Security
Concluding the discussion, the panel agreed that achieving long-term energy security requires more than technological breakthroughs. It demands stronger international cooperation, forward-looking public policies, greater investment in innovation, and collaborative efforts across governments, businesses, and research institutions.
As countries accelerate their transition towards cleaner energy, building interconnected, resilient, and climate-ready energy corridors will be critical for ensuring sustainable economic growth and global energy security in the decades ahead.
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