Perigus Energy has selected Cegal’s cloud-native Cetegra platform, running on Microsoft Azure, to underpin a multi-country geographic information system (GIS) for its expanding portfolio of onshore wind, solar, and battery storage assets across Europe. The decision marks a strategic push to centralize geospatial data governance, streamline asset management, and accelerate the energy transition in a region where cross-border coordination is critical.
Cetegra is a specialized GIS solution built for the energy sector, offering advanced spatial analytics, real-time data integration, and collaboration tools that align perfectly with the demands of renewable energy infrastructure. By deploying on Azure, Perigus gains access to global-scale cloud resources, AI-powered insights, and robust security—critical for managing sensitive operational data and complying with diverse national regulations.
The Rise of GIS in Renewables
The renewable energy sector is increasingly reliant on sophisticated GIS platforms to manage the lifecycle of projects, from site prospecting and environmental impact assessments to construction monitoring and long-term operational maintenance. Onshore wind farms, solar parks, and battery storage facilities are geographically dispersed, often in remote or complex terrains, making spatial intelligence a cornerstone of efficiency.
For Perigus, which operates in multiple European countries, the challenge is magnified by differing data standards, regulatory reporting requirements, and the need to optimize energy production across a decentralized fleet. A unified GIS like Cetegra enables the company to harmonize data layers—cadastral maps, wind resource models, grid connection points, and environmental constraints—into a single, authoritative view.
Why Cetegra on Azure?
Cetegra’s cloud-native architecture, purpose-built for energy operators, brings several advantages. It integrates with industry-specific data formats and workflows, such as those for seismic surveys and subsurface modeling, while also adapting to the unique needs of renewables. The platform’s ability to ingest real-time IoT data from turbines, panels, and battery management systems allows operators to overlay production metrics directly onto interactive maps.
Hosting Cetegra on Azure amplifies these capabilities. Azure’s extensive European data center footprint ensures low-latency access and compliance with data residency rules like GDPR. The platform’s AI and machine learning services—such as Azure Machine Learning and Azure Synapse Analytics—can be used to predict maintenance needs, forecast energy yields based on weather patterns, and optimize asset placement. Moreover, Azure’s hybrid and multi-cloud support gives Perigus flexibility as it integrates with local grid operators and third-party systems.
“Cetegra on Azure provides the scalable, secure foundation we need to connect our onshore renewables landscape,” said a Perigus Energy spokesperson. “It’s more than a map; it’s an operational nervous system that will help us deliver clean energy reliably and competitively.”
Multi-Country Coordination and Data Governance
Operating across Europe means navigating a patchwork of grid codes, environmental laws, and land-use regulations. Cetegra’s geospatial data management tools allow Perigus to maintain separate data partitions for each country while also creating a consolidated cross-border view for strategic portfolio decisions. This dual-layered approach is essential for balancing local compliance with corporate optimization.
Azure’s role-based access controls and Active Directory integration ensure that field teams, analysts, and executives see only the data relevant to their roles—enhancing data security and operational focus. The platform’s audit trails and versioning capabilities support traceability, a must for regulatory reporting and internal governance.
Data governance in renewable energy GIS extends beyond simple map layers. It encompasses metadata standards, data lineage, and quality controls—especially when integrating live feeds from sensors, weather services, and market pricing APIs. Cetegra’s standards-based architecture helps Perigus avoid the data silos that often plague legacy GIS implementations.
Operational Benefits for Wind, Solar, and Storage
For onshore wind, Cetegra can model wind corridors, calculate wake effects between turbines, and site meteorological masts using high-resolution digital terrain models. For solar, it analyzes insolation, shading, and land slope to maximize array output. Battery storage benefits from proximity analysis to grid substations and load centers, as well as real-time state-of-charge mapping.
By unifying these asset classes in a single GIS, Perigus can perform cross-technology optimization—for instance, co-locating storage with solar to reduce curtailment, or planning hybrid energy parks that share infrastructure. Azure’s high-performance computing (HPC) capabilities can run large-scale spatial optimization algorithms, accelerating the design of new projects.
Maintenance workflows also get a boost. Ground crews can use mobile GIS apps fed by Cetegra to access up-to-date maps, work orders, and asset health indicators offline then sync when connected. Azure’s IoT Central can funnel condition-monitoring data directly into the GIS, triggering alerts when turbine vibrations exceed thresholds or when panel soiling reduces efficiency.
Accelerating the European Energy Transition
Europe’s aggressive decarbonization targets require a massive scale-up of onshore renewables. According to industry estimates, wind and solar capacity must more than double by 2030. That build-out demands faster, smarter site selection and project development. GIS platforms that blend environmental sensitivity analysis with infrastructure logistics will be pivotal.
Perigus’s adoption of Cetegra on Azure positions it at the forefront of this digital transformation. The company can rapidly evaluate new opportunities by overlaying proprietary wind and solar resource data with public datasets—protected areas, population density, grid capacity—while using Azure’s cloud scalability to handle complex geoprocessing tasks in minutes rather than days.
Collaboration with local communities and regulators also improves. Cetegra’s web-based sharing features allow stakeholders to view proposed layouts, constraints, and visual impact assessments without needing specialized software, fostering transparency and faster permitting.
Industry Context: Digitalization as a Competitive Advantage
Perigus’s move mirrors a broader trend. Renewable energy developers are increasingly digitizing their operations to reduce levelized cost of energy (LCOE) and improve asset returns. Competitors like Ørsted, RWE, and Enel have invested heavily in in-house digital platforms, but many smaller or mid-sized operators are turning to vendors like Cegal for turnkey solutions.
Cegal, a Norwegian technology firm with decades of energy-sector experience, launched Cetegra to bridge the gap between legacy GIS and modern cloud analytics. Its choice of Azure as a primary cloud partner reflects Microsoft’s growing credibility in the energy space, underscored by initiatives like Azure for Energy and partnerships with global energy majors.
“We’re seeing a clear shift from GIS as a static mapping tool to a dynamic, real-time decision engine,” said a Cegal executive. “Cetegra on Azure empowers companies like Perigus to treat location intelligence as a strategic asset, not an afterthought.”
Challenges and Considerations
While the benefits are clear, implementing a multi-country, cloud-based GIS is not without hurdles. Data migration from disparate legacy systems can be complex, requiring extensive cleansing and transformation. Perigus will need to ensure that field connectivity—critical in remote wind and solar sites—supports seamless data synchronization.
Change management is another factor. Moving from established workflows to a unified platform demands training and cultural buy-in. Perigus likely plans a phased rollout, starting with a subset of assets and countries before scaling up.
Cybersecurity remains paramount. As GIS integrates with operational technology (OT) systems, it becomes a potential attack vector. Azure’s multi-layered security model and Cetegra’s secure-by-design principles mitigate risks, but continuous vigilance is required.
Looking Ahead: AI, Digital Twins, and Beyond
Cetegra on Azure sets the stage for more advanced digital capabilities. Perigus could leverage Azure Digital Twins to create a virtual replica of its entire portfolio, simulating performance under different weather scenarios or market conditions. AI-powered predictive maintenance, already being piloted in the industry, could reduce downtime and extend asset lifespans.
As battery storage takes on a larger grid-balancing role, real-time GIS integration with energy trading platforms may become a competitive differentiator. Cetegra’s open APIs and Azure’s event-driven services make such integrations feasible.
Perigus Energy’s decision signals a commitment to not just building renewable capacity, but managing it intelligently. By harnessing Cetegra on Azure, the company is laying a digital foundation that can adapt as technology, regulations, and markets evolve.
In the race to net-zero, where every megawatt-hour counts, the ability to turn geospatial data into actionable insight may well separate the leaders from the followers. Perigus appears determined to lead.