Focus Areas

CloudEnerChain spans topics from interoperability to digital applications for grid operations.

The focus is on the themes that matter most for secure and interoperable power grids.

Illustration of the project perspectives around interoperability, cybersecurity, cloud and edge, and digital applications.

Content focus

Four perspectives shape the technical work of the project.

Interoperability instead of siloed solutions

A shared approach to data and interfaces is meant to connect diverse systems more effectively and strengthen interoperability

Cybersecurity along the full chain

Security is not treated as a point solution, but as a principle spanning secondary systems, communication paths and control-centre integration

Cloud and edge aligned with operational requirements

Digital applications should be placed where they create value while respecting latency, safety and operational requirements

Operational value for grid operations

Monitoring, anomaly detection and new digital applications are intended to support day-to-day utility operations in practical ways

Technical framing

From power-grid foundations to digital applications.

Together they connect system understanding, secure communication and digitally supported grid operations.

Connected secondary and control technology

From sensors and actuators to grid control systems, data and communication relationships in the power grid are becoming denser

Cloud and edge integration for utility operations

Digital infrastructures must balance scalability, latency constraints, security requirements and regulatory conditions at the same time

Interoperability as a prerequisite

Without shared models and clear interfaces, new applications often get stuck at proprietary system boundaries

Holistic cybersecurity

Prevention, monitoring, attack detection and response need to work together if digitalisation is to remain robust

Project logic

From system understanding to security and validation.

Understand

The starting point is real-world requirements from power grids, existing system landscapes and the growing role of digital connectivity

Connect

Building on this, data flows, system boundaries and digital interfaces are framed so that cross-vendor cooperation becomes more feasible

Secure

Cybersecurity is embedded as a guiding principle in architecture, communication, monitoring and digital applications

Validate

The resulting approaches are assessed in practice-oriented environments to evaluate their suitability for future use in grid operations