A remote operations control center, or ROCC, is more than a room with remote consoles. Its value comes from giving operators and support teams a consistent way to monitor, control, and troubleshoot assets across sites. That consistency becomes especially important as fleets add solar, wind, hydro, battery storage, and conventional generation, often with different control platforms.
The article, “How to select pressure relief valves for hydrogen and other high-pressure gas applications,” shares key requirements for pressure relief valves in these challenging applications.
A healthy alarm program in remote operations centers is core to asset performance and starts with a sound alarm philosophy and guidelines, not with the configuration screen.
TL;DR Digital twins are evolving beyond operator training. Modern simulation platforms support engineering, testing, and grid integration. Renewable energy projects benefit from improved system-level validation. Hybrid-fidelity modeling helps reduce simulation cost...
Inverter-based resources, or IBRs, now supply a growing share of grid capacity, yet they behave very differently from the synchronous machines that utilities have modeled for decades. Because they convert direct current (DC) to alternating current (AC) through power electronics, they lack the inherent inertia as they connect to the grid through power electronic converters rather than synchronous machines.
Solar sites are growing to 5 gigawatts, battery projects at 30 gigawatt-hours, and behind-the-meter data center projects reaching 10 gigawatts, with fleets of hundreds of sites and tens of millions of points. The Ovation Platform scales to address these challenges.
Why this matters now As critical infrastructure providers, energy companies face increasing pressure to meet evolving cybersecurity regulations while maintaining operational performance. Among the most important of these requirements are the North American Electric...
Why this matters now As artificial intelligence adoption accelerates, it is easy to assume that progress requires turning more decisions over to machines. In industrial environments, however, the most valuable AI applications today are those that support operators...
Evangéline Cousot’s World Pipelines article, “Pipelines under pressure,” explains how smart technology and integrated biomethane injection stations support sustainability improvement initiatives for distribution system operators (DSOs).
Why this matters now As detailed in their recent article in H2Tech, Emerson’s Martin Johnson and Phani Kanakamedala, recognized industry experts, explain that interest in hydrogen is accelerating—and that keeping H₂ moving from producers to users requires security,...
The shift toward renewable fuels has introduced new operational realities for refiners. While biofuels offer clear sustainability benefits, their chemical composition and processing paths create corrosion mechanisms that differ in both severity and location from those seen in traditional petroleum refining.
The world has been harvesting wind as an energy source for a very long time. Don Quijote was “tilting at windmills” in the 17th century, long before anyone imagined a car, much less an electric one. We’ve come a long way from simply using the wind to grind grain and...
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This blog features expert perspectives from Emerson's automation professionals on industry trends, technologies, and best practices. The information shared here is intended to inform and educate our global community of users and partners.