The major activities at hand of the center shall include but not limited to:

• The Centre will assist Government bodies with policy inputs, leveraging DTU's expertise and resources for developing pathways to meet India's national commitment to Net Zero.
• The Centre will integrate efforts with other sectors focusing on decarbonization, assessing future energy demands, evaluating new technologies, efficient and smart energy delivery solutions and proposing necessary policy measures and reforms.
• Roadmap for Net Zero by year 2070: Develop the pathway for the national commitment by proposing strategies and interventions.
• Developments in CO2 reduction intervention/abetment measures: Technological interventions such as Advanced Ultra Super Critical/ Biomass Co firing / CCUS/ Ammonia Co firing vis a vis cost analysis for CO2 reduction in conventional power plants.
• Innovations in Renewable Energy Technologies: Lead research in solar, wind, bioenergy, green hydrogen, hydro pumped storage plants, energy storage systems, and other emerging technologies to enhance grid efficiency and integration.
• Energy Storage Solutions: Advancements on battery storage technologies and grid-scale storage systems to provide synthetic inertia, accommodating higher penetration of renewable energy sources.
• Advances in Nuclear technology: for enhanced safety, efficiency and lower costs including their scalability, construction time reduction and technological inputs on small modular reactors.
• Sustainable and Energy-Efficient Delivery: Create a sustainable and efficient power market with cutting-edge solutions for accelerating smart grid development and enhancing energy-efficient delivery at the last mile.
• Adoption of Energy Efficiency and Conservation Measures: Promote the transition to energy-efficient technologies and conservation practices.
• Decarbonization across Sectors: Explore and implement measures for decarbonization in transportation (e-mobility), manufacturing industry processes, and green building initiatives.
• Dissemination of Sustainable Energy Practices: Develop and disseminate sustainable energy practices through targeted research and active community engagement.
• Educational Excellence: Cultivate a skilled workforce equipped to lead and innovate in energy transition through comprehensive educational programs, certification courses, development programmes, workshops, hands-on training, seminars, conferences and training including the academic curriculum enhancement.
• Repository of Global studies on technological practises upgrades and innovations.
• Global Networking: Knowledge creation, Knowledge sharing, networking and collaboration in local and global domain.
• Hydrogen technologies: Generation, storage, transportation, testing and certification.
• Cold Chain: Energy efficient Building and Space cooling for urban and remote areas
• Urban Planning, Smart Cities, Integrated Transportation, AI based optimization for transportation to enable modal shift