Use case
Energy
Focus Areas
The transformation of electricity grids — with the integration of renewable energy, microgrids and storage systems — is significantly increasing the need for secure communication. Control centres, substations and management systems must exchange data in real time, often over long distances. Quantum communications, particularly via quantum key distribution (QKD), enable encryption mechanisms whose security is based on the laws of physics rather than on mathematical assumptions.
In a context where cyber threats are becoming more sophisticated, the ability to detect any attempt to intercept a communication constitutes a strategic advantage. Quantum networks enable precisely this detection, thereby offering an additional level of transparency and trust for energy infrastructure operators.
Use cases include securing communications between control centres and critical facilities, protecting data from distributed sensors, and strengthening exchanges between industrial partners. As networks become smarter, these needs will grow.
Finally, large-scale test beds enable the integration of these technologies to be tested in environments that closely resemble real-world conditions. They offer energy sector stakeholders the opportunity to assess, in practical terms, the performance, integration challenges and operational benefits of quantum communications.
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