What does graph theory have to do with the modern power grid?
More than you might think.

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In our latest video, our Head of Software, Dante Sblendorio, walks through how graph theory, a foundational concept in mathematics, applies directly to today’s power systems. Nodes, edges, constraints, and flows aren't just academic theory. It’s how resilient, high-performance power systems actually work.

As grids get more distributed and more software-driven, legacy thinking falls apart. If you’re not thinking about the grid as a dynamic network, you’re already behind.

🎥 Watch how we approach power differently, and why it matters now.

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September 29, 2026

Critical Loop Unlocks Flexible Interconnection for California Industry with First Power Controller to Achieve CSIP 2030.5 Certification and UL 3141 Listing

Successful PG&E interoperability testing clears path for commercial and industrial facilities to connect to the grid avoiding years-long wait
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Blog
September 23, 2026

How Cygnus Works: A Technical Overview of Critical Loop's Certified Power Control System

California's interconnection queues are stretching three to five years. The reason isn't a lack of power, it's a lack of control infrastructure capable of working within available grid capacity in real time. Most facilities accept the queue as an inevitability. It isn't.
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Blog
May 20, 2026

The Grid Has a Peak Problem, Not a Power Problem.

For decades, the industry has treated peak demand primarily as a construction problem. Increasingly, it is becoming a coordination problem instead.
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