EEM' 2024 (International Conference on the European Energy Market) is an academic conference held in Istanbul, Turkey on 2024-06-10. The paper submission deadline is 2024-01-14. Acceptance notifications are sent on 2024-02-04.
Paper and presentation proposals are being invited in the following or related technical track topic areas:
Operation of energy and carbon markets: modelling, simulation, and analysis
Appropriate tools are required for analysis and assessment of energy systems and markets. This category encompasses topics such as technical and economic modelling of energy markets and systems, model uncertainty, analysis of energy price evolution, forecasting, portfolio management, carbon market etc.
Market integration of renewable energy sources
Increasing the share of renewable energy sources in European energy systems presents a multitude of present and future challenges. Approaches and solutions will be presented and discussed – e.g., decarbonization of the power sector, security and flexibility of supply, integration of regional electrical energy markets, demand side management, economic aspects of climate change, etc.
Infrastructure development and management
Integrating the European Energy Markets as well as the expansion of renewable energies requires infrastructure development and management. This comprises topics such as grid expansion, interconnections, ancillary services, congestion management, trading imbalances, investment analyses, transmission and distribution asset management, pricing models, incentives for investments, etc.
Technical advances, new services, and market actors in integrated energy systems and communities
Energy communities offer a democratic approach to energy system decentralization and decarbonization. Of particular interest are energy communities empowered by localized generation of clean electricity and/or heat, as well as those involving some type of energy storage. This category addresses technical topics related to the operations, planning and design of integrated community energy systems composed by dispersed resources, including microgrids and electrical islands. At the same time, it is relevant to depict novel business and ownership models that will help accelerate the change to a decentralized paradigm, as well as new local market structures, and emerging actors. Lastly, this topic welcomes contributions related to the governance structures of energy collectives, including related policy challenges.
E-mobility and storage technologies
The recent advancements in the E-mobility segment will drastically affect the energy sector. This category includes the analysis of electric vehicle charging profiles and strategies, including bidirectional charging, and the assessment of impacts and benefits on distribution grids (e.g., vehicle charging flexibility as a grid resource). In terms of stationary energy storage, the following topics of innovative business cases, emerging market trends & applications, challenges to the development of energy storage, energy storage market design and regulatory frameworks, etc. will be considered.
Energy citizenship and energy justice
End-users are expected to assume an increasingly central role in Europe’s energy transition, whether by actively aiming for energy efficiency, by producing and storing renewable energy locally, or by adjusting their consumption patterns to the power system’s constraints. At the same time many consumers lack the information, or the resources needed to engage in behavioral change or in different types of energy investments. This category welcomes studies addressing energy citizenship, energy justice, and energy poverty, as well as methods and tools to empower the role of the citizens in the energy transition.
Energy & climate policy and regulation
Energy policy addresses the economic, environmental, political, planning, and social aspects of energy supply. This category includes topics that confront decision-makers, corporate planners, managers, consultants, politicians, and researchers. Climate policy focuses on the de-carbonization of the power sector, economics of climate change and stakeholder vision on the future power system. Technical and economic efficiency is essential for a modern electrical energy system. Options such as cogeneration, production and demand management, efficient use of energy in household and industry as well as policies and analyses will be presented and discussed. Furthermore, problems and solutions in energy transition and net-zero emission targets will be considered.
Hydrogen economy: technologies and strategies
Hydrogen is currently enjoying unprecedented political and business momentum, with the number of policies and projects expanding rapidly. The related topics include, but are not limited to: environmental aspects and impact of hydrogen energy technologies, economics of hydrogen energy applications, hydrogen in smart grids, hydrogen storage & infrastructure, market and deployment of hydrogen technologies, hydrogen valleys, power-to-X (P2X) products and applications etc.
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