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The electric grid is no longer just a feat of physics and copper; it’s becoming a sophisticated data engine. For decades, substation secondary equipment, the relays and controllers that protect the expensive primary equipment, was seen as auxiliary. Today, it is the primary driver of grid innovation: if you can’t compute at the substation, you can’t innovate the grid.
But here’s the challenge: modern digital secondary equipment must rely on modern IT or the innovation gap will get larger and larger. This means it needs to be treated like modern IT infrastructure, a task that overwhelms many utilities. Protection engineers cannot and should not be IT experts. They need to focus on the power system physics and not on Linux kernel tuning, data analytics, cybersecurity, or AI. To take advantage of the full power of modern technologies, we need to open the door to let other specialists take care of specific parts of substation automation.
Lessons from cross-industry parallels
Utilities are often cautious about shifting from tried-and-true hardware to software-defined platforms. However, we don’t have to guess if this transition works. Two other mission-critical industries, banking and telecommunications, have already blazed this trail.
- Banking: Before 2010, banks relied on massive, monolithic systems where even a small change required an update to the entire infrastructure. Today, they have shifted to cloud-native architectures with API standardization. This allows them to move trillions of dollars securely while maintaining the extreme flexibility needed for modern fintech.
- Telecommunications (telco): Telco once looked exactly like the power industry—dedicated hardware boxes with software permanently "baked in." For 5G, they realized they needed to break that link. By moving to software-defined Open RAN and containerized solutions, they gained the ability to scale functionality across entire countries instantly.
The "separation of concerns" strategy
The core lesson from these industries is a concept called separation of concerns. It means decoupling the hardware from the software. In the old model, the device was the functionality. In the new model, the hardware is a standardized commodity. The real value—the protection algorithms, AI models, and data analytics—lives in the software layer.
This shift solves the talent gap. We shouldn't expect OT engineers to become Linux kernel experts. By using reliable solutions like Red Hat Enterprise Linux (RHEL) and Red Hat OpenShift, IT experts provide the reliable infrastructure so OT experts can focus on managing power physics and grid stability.
From vision to reality
This isn't a future roadmap; it’s happening today. The following examples demonstrate how the shift toward software-defined power systems is gaining real-world momentum:
- The vPAC Alliance (virtual Protection, Automation, and Control) actively works on software-defined substations with participating utilities. They collect the experience gained in these endeavors in general guidelines that will be the base for later standardization.
- Managed by Linux Foundation Energy, SEAPATH is a vendor-neutral reference architecture for virtualized substations. It’s production-ready and already being deployed in live 63kV substations.
- In a recent collaboration, Red Hat, ABB, and Advantech have shown how many separate legacy devices can be consolidated into a single, ruggedized, high-availability server. View a demonstration here.
The future of the grid is a sophisticated, software-defined data engine, and that future is already here. By championing the "separation of concerns," Red Hat can help the utility industry to move past hardware-centric limitations. We are committed to fostering this innovation alongside electrification technology providers and system integrators, aligning with standardization efforts like vPAC Alliance and SEAPATH, to deliver reliable, security-focused software solutions on proven hardware that are ready for the future. This open, collaborative approach ensures utilities can efficiently address current demands and prepare for any future challenges or opportunities.
To understand how Red Hat solutions can modernize your infrastructure and meet your current and future needs, please reach out to an industrial subject matter expert at Red Hat.
关于作者
As senior business & ecosystem development manager of Grid Modernization at Red Hat, Stefan is working to bring open source software and in particular Linux to the world's power grids. He has dedicated his career to the advancement of modern software engineering in the electrical and machine industry. He has experience in diverse roles including software engineer, researcher, R&D project manager, sales person and professor, in industry and academia across domains including electrification, railway and industrial automation. He has worked with a wide range of systems from small-factor embedded systems with microsecond response times to large distributed systems.
