Google funds a 1GW virtual power plant with Voltus on the PJM grid
THE SO WHAT
A 1,070 MW virtual power plant deal on PJM is AI demand turning into grid-scale capacity planning, not just cloud contracts. If your AI roadmap assumes unconstrained power in North America, start mapping where grid flexibility products like this exist — and where you’ll be at the back of the queue.
READ THE SOURCE
MORE FROM THE WIRE
Deep & Emerging TechQblox Integrates NVIDIA DGX Spark With Quantum System Controller
Sub-4 µs roundtrip latency between NVIDIA DGX Spark and Qblox controllers via NVQLink is another step toward practical hybrid quantum-classical workflows. For teams exploring quantum, the question shifts from “if” to “when can we co-locate with GPU clusters to exploit tight feedback loops.”
Deep & Emerging TechXona raises $250M at a $2.45B valuation to build a rival to GPS
A $250M Series D at a $2.45B valuation for a low Earth orbit GPS alternative says navigation is no longer assumed to be a free public good. Any business that depends on precise, resilient positioning—autonomy, logistics, defense—should be mapping exposure to GNSS outages and budgeting for commercial redundancy.
Deep & Emerging TechZuriQ and Rhonexum Partner on Cryogenic Electronics for Quantum Computing
A multi-year deal for cryogenic ICs underscores that quantum’s bottleneck is increasingly in control electronics and packaging, not just qubits. If you’re in the quantum stack, partnerships around cryo, RF, and integration are becoming as strategic as algorithm research.
Deep & Emerging TechEricsson Canada and ÉTS Partner on Quantum Computing Research
Telco vendors co-developing quantum techniques with universities is a tell that “post-classical” network optimization is moving from theory into pre-product R&D. If you run latency- or spectrum-sensitive infrastructure, start tracking which partners have real quantum experiments underway versus slideware.