AI and Data Centres Are Transforming Energy Infrastructure

AI energy infrastructure is rapidly becoming a strategic priority for utilities, policymakers and investors. As artificial intelligence adoption accelerates and data centres expand across Europe, electricity is evolving from a supporting utility into a critical enabler of digital transformation.

This shift was discussed during Energy Week Black Sea 2026, where experts explored the growing interdependence between digital infrastructure and energy systems.

Why AI depends on energy infrastructure

Filip Kowalski, Vice President and MEE Regional Industry Lead for Utilities, Oil and Gas at SAP, highlighted that artificial intelligence is fundamentally dependent on cloud-based architectures and high-quality data management.

Without scalable cloud infrastructure, energy companies struggle to process the volume, velocity and complexity of data required for advanced analytics and AI-driven decision-making.

This creates a direct connection between digitalisation and AI energy infrastructure, making reliable electricity supply a prerequisite for technological innovation.

Data centres are becoming strategic energy consumers

One of the key themes of the discussion was the growing importance of data centres.

AI applications, from predictive maintenance to customer optimisation and energy forecasting, rely on continuous computing power. As a result, data centres are becoming major electricity consumers and increasingly influential participants in energy planning.

The expansion of AI energy infrastructure means that power availability, network resilience and digital capacity must now be considered together rather than separately.

Regulatory frameworks face new challenges

While technology is evolving rapidly, regulation is often lagging behind.

Kowalski noted that many electricity distribution businesses continue to operate under regulatory models that favour capital expenditure (CAPEX), while cloud-based solutions are predominantly operational expenditure (OPEX).

This creates barriers to digital transformation and can slow investment in AI energy infrastructure across regulated sectors.

Addressing this challenge will require closer cooperation between regulators, utilities and technology providers.

Cybersecurity and resilience in a digital energy system

Cybersecurity emerged as another important theme.

Large cloud providers invest heavily in cyber resilience, often exceeding the capabilities of individual organisations operating their own on-premises systems.

From this perspective, cloud adoption can strengthen the security and reliability of AI energy infrastructure, particularly for critical sectors such as electricity networks.

As digitalisation accelerates, resilience will become as important as efficiency.

The convergence of energy and digital infrastructure

The broader conclusion of the discussion was clear.

As AI workloads expand and data centre investment accelerates, energy systems must increasingly be designed with digital demand in mind.

Electricity supply, grid resilience, cloud infrastructure and data management are converging into a single strategic challenge.

As highlighted during Energy Week Black Sea 2026, AI energy infrastructure is becoming a defining component of the region’s future competitiveness and economic development.