IREDonline

Learn more about IREDonline

The first edition of IREDonline will focus on the integration of renewable and distributed energy resources (DER) into global power systems, with a special emphasis on smart grids, flexibility, and energy system transformation.

The IREDonline conference aims to address the pressing challenges and opportunities that come with integrating high shares of renewable energy and distributed resources into power grids worldwide. As the global energy transition accelerates, there is a growing need for innovative solutions to ensure flexibility, resilience, and security in increasingly decentralized energy systems. 

Participants will engage with leading experts to explore cutting-edge research and practical applications related to grid modernization, smart grid technologies, digitalization, and cybersecurity in energy systems. The conference serves as a collaborative platform for experts from academia, industry, and government to share knowledge, insights, and real-world solutions. 

By focusing on the critical intersection of technology, policy, and market dynamics, IREDonline will highlight how diverse stakeholders can work together to achieve a cleaner, more efficient, and resilient energy future.

Why Attend?
Here’s a few reasons why IREDonline should be on your list:

✅ Gain insights from leading experts in the field
✅ Participate in interactive discussions on cutting-edge research and industry best practices
✅ Network with global stakeholders from utilities, academia, industry, and regulatory bodies
✅ Engage in live Q&A sessions, and panel discussions.

Target Audience
Here’s some people we welcome to join us:
  • Grid Operators & Energy Regulators
  • Renewable Energy Industry Experts
  • Policymakers & Government Agencies
  • Academia & Research Institutions
  • Technology Providers & Innovators
Join IREDonline today, from the comfort of your own home – without the need to travel. You can listen to the experts, take part in discussions, and leave with a new insight on Resilience and Stability in Power Systems with Very High Shares of Renewable Energy Sources.