In a time marked by geopolitical tensions, climate change, and increasing digitalization, this requires insight into technical, digital, and organizational factors alike. Research and analysis provide a stronger knowledge base for understanding vulnerabilities and developing solutions that enhance the robustness of the energy system.
A safe and well-functioning energy system is essential for nearly all aspects of society. Energy powers healthcare, communications, water supply, and transport, and it is a prerequisite for industrial value creation and the operation of public services. When energy supply fails, both societal security and everyday life are affected: production stops, critical services are weakened, and households lose access to heating, lighting, and digital services. Stable access to energy is therefore fundamental for both economic competitiveness and public safety.
Efforts to strengthen energy security range from technology development and energy planning to preparedness, monitoring, and more efficient energy use. Improved risk and vulnerability analyses provide insight into how threats can arise and spread. Measures such as islanded operation, local production, energy storage, and access to critical components make systems less vulnerable. Energy efficiency, flexible consumption, and diversification of energy sources increase operational flexibility both in normal situations and during crises. Combined with interdisciplinary knowledge and strong cooperation between authorities, industry, and research communities, these efforts can form the basis for an energy system that can withstand greater stress and recover quickly after disruptions.
Below you will find more information about the different research areas that together form the foundation for a holistic approach to energy security – from power systems and offshore energy to integrated energy systems and value chains.
