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Edge AI Is Bringing Real-Time Intelligence Closer to the Process
TL;DR Operational excellence now requires continuous optimization, not just production output. Edge computing brings analytics and AI closer to the process. Local AI supports faster decision-making and safer operations. Industrial PCs provide the compute power needed...
Energy Management Systems: Turning Energy Data into Measurable Business Results
Energy costs often represent a significant portion of operating expenses in chemical plants. A well-developed energy management system can reduce a facility’s Energy Intensity Index by 5% to 8% by connecting measurement, analytics, control, and decision-making into a continuous improvement loop.
Why Edge AI Depends on a Unified Data Foundation
TL;DR Industrial organizations have more data than ever, but much of it remains siloed. AI requires contextualized, accessible data to deliver meaningful value. Edge architectures provide low-latency access to high-fidelity operational data. Local LLMs improve...
From Prompt to Working Code: How Nigel AI Accelerates Development in the LabVIEW+ Suite
In a recent Emerson webinar, the NI team showed how Nigel AI now generates LabVIEW code and expands across the LabVIEW+ Suite to reduce the effort of spending hours researching hardware, developing acquisition code, and untangling projects inherited from someone else.
Digital Twins Are Becoming a Foundational Platform for Modern Power Operations
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...
Meeting Grid Interconnection Requirements for Inverter-Based Resources
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.
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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.