Nordic Energy Informatics Academy Conference 2025

• Smart Grids and Distributed Energy Resources: Data-driven optimization for energy distribution networks and integrated grid systems.

• District Heating and Cooling: Leveraging simulations and business models to optimize energy networks for buildings and urban environments.

• Electric Mobility and Sustainable Transportation: AI and informatics solutions for integrating electric vehicles, public transportation, and sustainable mobility services into smart energy networks.

• Industrial Energy Efficiency and Smart Manufacturing: Informatics approaches to improving energy efficiency in industrial operations and integrating renewable energy.

• Energy-Efficient Buildings and Infrastructure: Data analytics, IoT, and digital twins for optimizing energy use in buildings, urban infrastructure, and smart cities.

• Energy Markets, Policy, and Business Models: Using informatics to shape business models and regulatory frameworks in global energy markets.

• Sectoral Coupling: Informatics-driven approaches to linking energy systems with industry, transportation, and buildings for holistic energy optimization.

• Energy Economics and Finance: Data analytics and financial modeling for forecasting energy markets and driving investments in sustainable solutions.

• Big Data and Data Analytics for Cross-Sector Energy Optimization: Managing large datasets to optimize energy usage in transportation, industry, and urban systems.

• Artificial Intelligence (AI) for Sector Integration: AI for enhancing energy optimization across diverse sectors such as industry, transportation, and urban systems.

• Internet of Things (IoT) and Cloud Computing for Energy and Sectors: Integrating IoT devices across sectors to enable seamless energy management and consumption forecasting.

• Digital Twins, Simulation, and Modeling for Multi-Sector Optimization: Simulations to model and optimize energy use across sectors such as buildings, manufacturing, and transportation.

• Privacy, Cybersecurity, and Data Protection: Ensuring the security of energy-related data across all sectors, from transportation to industry.

• Information Systems and ICT for Cross-Sector Energy Transition: Developing robust ICT systems to manage the intersection of energy with transportation, industry, and other sectors.

The conference will include a dedicated Nordic track that focuses on the unique challenges and informatics-driven solutions in the Nordic region across multiple sectors. This theme will emphasize policy, technical innovations, and business models specific to the region’s industries and urban systems. Themes in this track include:

• Nordic Smart Grids and Cold-Climate Energy Solutions: Managing smart grids with AI and data analytics across urban areas, industries, and transportation systems in cold climates.

• District Heating and Sectoral Coupling in the Nordic Region: Informatics solutions for district heating and its integration with industrial processes, urban systems, and renewable energy.

• Sustainable Urban Development and Nordic Cities: Leveraging IoT and data platforms to enhance energy efficiency in buildings, public transportation, and urban infrastructure.

• Energy Efficiency in Nordic Industry and Buildings: AI and data-driven methods to improve energy performance in industrial and building sectors across the Nordic region.

• Nordic Energy Markets and Policy Innovations: Modeling policies and business models that reflect the Nordic region’s emphasis on sustainability in industry, transportation, and urban systems.

• Climate Adaptation and Resilience for Multi-Sector Energy Systems: Using informatics to adapt energy consumption and production in the face of climate challenges across transportation, industry, and urban sectors in the Nordic region.