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International Conference on Mathematical Modeling of Energy Transition

📅 19–20 Aug 2026 📍 Rome, Italy 👤 Standard / Listener

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Supporting global researchConnect with researchers across 30+ countries

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the development and application of mathematical models that facilitate the integration of renewable energy sources into existing power systems. Participants will explore innovative modeling techniques that address challenges related to variability and reliability in renewable energy generation.

This session will delve into optimization methods applied to energy systems, emphasizing grid optimization and resource allocation. Researchers are invited to present novel algorithms and quantitative approaches that enhance the efficiency and sustainability of energy systems.

This track highlights the role of simulation methodologies in understanding the dynamics of energy transitions. Contributions will focus on computational models that simulate various scenarios of energy policy and their impacts on sustainable systems.

This session aims to explore the application of system dynamics in modeling energy policies and their long-term effects on climate change. Participants will discuss frameworks that capture the complex interactions between energy consumption, policy decisions, and environmental outcomes.

This track invites papers that utilize applied mathematics to address the challenges posed by climate change. Researchers will present models that quantify the impacts of various mitigation strategies on energy systems and sustainability.

This session will focus on quantitative methodologies for assessing risks associated with energy systems and transitions. Contributions should highlight statistical techniques and models that evaluate uncertainties and their implications for energy policy.

This track emphasizes the mathematical modeling of smart grid technologies and their role in enhancing energy efficiency. Participants will discuss analytical approaches that support the design and operation of intelligent energy systems.

This session will cover computational techniques used in the analysis of energy systems, including numerical simulations and algorithm development. Researchers are encouraged to share advancements in computational methods that improve the understanding of energy dynamics.

This track focuses on the modeling of sustainable systems that support energy transitions towards low-carbon futures. Contributions will explore interdisciplinary approaches that integrate mathematical modeling with sustainability principles.

This session will address mathematical modeling and optimization techniques specific to power systems. Participants will present research on enhancing the reliability, efficiency, and sustainability of power generation and distribution.

This track invites innovative approaches to mathematical modeling in the context of energy transitions. Researchers are encouraged to present cutting-edge methodologies that contribute to the understanding and facilitation of sustainable energy systems.