About the Session

Energy is the backbone of modern civilization and the transition to clean, intelligent and resilient energy systems is critical for achieving sustainability. This session explores how AI, IoT, smart grids and renewable technologies can revolutionize energy production, distribution and consumption. It emphasizes the role of intelligent energy systems in reducing carbon footprints, enhancing efficiency and building climate‑resilient infrastructure.

Aligned with the IC2TARECD theme, the session positions energy innovation as a driver of sustainable development, ensuring that technological progress is matched with environmental responsibility and equitable access.

Focus Areas

Renewable Energy Innovations

Solar, wind, bioenergy, hydrogen and hybrid systems.

Smart Grids & IoT

Intelligent monitoring, predictive analytics and decentralized energy management.

Climate-Resilient Infrastructure

Designing energy systems that withstand environmental challenges.

Sustainable Manufacturing

Integrating clean energy into industrial processes and supply chains.

Energy Policy & Governance

Frameworks for equitable access, affordability and global cooperation.

Core Objectives

SDG 7 – Affordable & Clean Energy

Promote universal access to clean, reliable and sustainable energy.

SDG 13 – Climate Action

Strengthen technological responses to climate change and environmental risks.

Drive Innovation

Showcase cutting-edge technologies for energy efficiency and sustainability.

Foster Collaboration

Build partnerships between academia, industry and policymakers for energy transformation.

Expected Outcomes

Best practice frameworks for renewable energy adoption and integration.

Collaborative networks linking researchers, industries and governments for green innovation.

Policy recommendations for sustainable energy governance and equitable access.

Scalable solutions for climate-resilient infrastructure and smart energy systems.

Global collaboration initiatives supporting the transition toward sustainable energy systems.