Google: Kronstorf Data Center
About Kronstorf Data Center
Kronstorf Data Center, operated by Google, is a hyperscale data-centre development located in Kronstorf, Upper Austria, approximately 25 km south of Linz in the Linz-Land district. The site represents Google’s first major data-centre investment in Austria and one of its most strategically positioned developments in Central Europe. Once completed, it will form part of Google’s expanding European network that supports Google Cloud, YouTube, and other digital services.
The Kronstorf facility is situated near the B309 corridor, within a region recognized for its industrial infrastructure and access to renewable energy. Originally acquired by Google in 2008, the site spans roughly 70 hectares of land. After several years of environmental and infrastructure planning, Google formally advanced its construction application in 2024, marking the start of the region’s largest private digital infrastructure project. The Kronstorf Data Center underpins Google’s long-term goal of expanding sustainable, low-latency cloud capacity across Europe while leveraging Austria’s stable power grid and proximity to central European network routes.
⚙️ Facility Highlights
- Built to hyperscale campus design, supporting modular expansion across multiple buildings and phases.
- Planned total site capacity expected to reach tens of megawatts (MW) of IT load upon full buildout.
- Located on a 70-hectare greenfield site, enabling large-scale data-hall deployment and renewable energy integration.
- Expected to feature 2N electrical redundancy, dual-grid connections, and on-site backup power generation for continuous uptime.
- Incorporates advanced cooling technologies, potentially utilizing hydraulic or water-based cooling from the nearby Enns River for high energy efficiency.
- Designed under Google’s global Carbon-Free Energy (CFE) initiative, aiming for 24/7 carbon-free operation in alignment with EU sustainability targets.
- Engineered with modular construction for scalable deployment and rapid buildout aligned with customer and cloud growth demands.
🔐 Security & Compliance
- The facility will adhere to Google’s global data-centre security model, including 24×7 on-site security teams and restricted access perimeters.
- Access is managed through multi-factor authentication, biometrics, and man-trap systems to ensure strict personnel control.
- Continuous CCTV monitoring and intrusion detection systems are integrated throughout the campus.
- Designed to meet ISO 27001 (Information Security) and ISO 50001 (Energy Management) standards upon operational completion.
- Aligns with EU data protection and GDPR compliance frameworks, ensuring sovereignty and secure handling of regional workloads.
- Incorporates Google’s layered defense principles covering physical, operational, and cyber security across all zones of operation.
🌐 Connectivity & Carrier Access
- Strategically located near Central European network corridors, providing direct terrestrial connectivity to Austria’s national backbone and adjacent countries.
- Expected to feature carrier-neutral fibre access, supporting interconnection with Tier 1 and regional providers.
- Connects to Google’s private global backbone, ensuring low-latency data exchange with other European Google Cloud regions and edge points.
- Supports private cloud on-ramps and multi-region redundancy between Google’s European campuses (e.g., Belgium, Finland, Denmark).
- Designed to integrate seamlessly with regional internet exchanges and local ISPs to support enterprise and cloud customers across Austria and neighboring markets.
💼 Who It Serves
- European and Austrian enterprises seeking Google Cloud infrastructure hosted within the EU’s central corridor.
- Public-sector institutions and government agencies requiring compliance with EU data-sovereignty and sustainability mandates.
- Hyperscale and AI workloads utilizing Google Cloud’s compute, storage, and machine-learning services with low-latency access in Central Europe.
- Telecommunications and service providers interconnecting regional networks through Google’s backbone for edge delivery.
- Organizations pursuing sustainable, high-availability cloud infrastructure backed by one of the world’s largest hyperscale operators.