Advanced Energy Storage Conference 2025

Energy storage technologies - including advanced batteries and high-temperature thermal storage - have become essential for balancing supply and demand, optimizing local use of renewables, maintaining grid resilience and stability, and increasing local security of supply. Local energy communities and industrial partnerships are gaining traction as effective platforms for integrating distributed generation, enhancing system flexibility, minimizing curtailment and energy waste, and deploying storage solutions that support both resilience and efficient operation - also during periods of peak demand and sudden fluctuations.

For industrial companies, involvement in industrial partnerships or local energy communities creates opportunities to secure a stable and affordable energy supply, reduce the risk of curtailment, and leverage energy storage technologies to support both continuous production and decarbonization strategies. By collaborating with other local actors, the industrial sector can share resources, fully utilize surplus renewable production, and access flexibility services that help protect operations during peak demand or grid disturbances. Intelligent, data-driven coordination between companies, producers, and consumers can unlock cost savings, enable sector coupling (power-to-heat, power-to-X), and open new business models for providing ancillary services to the grid.

Close collaboration and the adoption of new technologies enable energy communities to balance the grid, accelerate the use of renewables, and contribute to relevant climate targets, including CO2 neutrality by 2050. The rapid expansion of wind and solar energy requires solutions that can capture surplus energy, avoid wasting green electricity, and support stable, flexible, and resilient energy supply - even when production and consumption patterns are highly variable.

By attending this year’s Advanced Energy Storage Conference, you will have the opportunity to deepen your technical understanding of how energy communities, industrial partnerships and storage systems interact to enhance grid robustness, flexibility, and resilience, while enabling smarter, localized energy management. and how industrial stakeholders can benefit from these partnerships and advanced storage solutions.

This year’s conference gives you:

• Expert insights on the practical implementation and operation of storage technologies at both community, industry, and system level, focusing on batteries and thermal solutions.
• Case studies and technical presentations on distributed storage projects, ancillary services, intelligent integration strategies, and real-world operational experiences.
• A first-hand look at advanced battery systems, high-temperature heat pumps, and 3D-printed components for energy storage through guided laboratory tours.
• Opportunities for technical dialogue, networking, and knowledge exchange with engineers, specialists, and practitioners working across grid management, storage solutions, energy community models, and project development and industrial energy management.

Whether you work in grid operations, research, consulting, project implementation, energy system development, or industrial energy management and process optimization, the conference provides you with concrete knowledge, practical perspectives, and valuable connections with leading experts in energy storage, grid resilience, and system integration.

Special student rate

Students can register at a special price of DKK 250.
To sign up, please send an email to jgw@teknologisk.dk with proof of your student status and include the following details for the invoice: Your name, educational institution (inclusive VAT no. and postal address), email address, and phone number. If you wish to pay as a private individual, we will need your private address as well.
Once your registration and documentation have been received, you will receive the invoice by mail.