Harmonizing AI Infrastructure at the Nexus of Power, Communications and Applied AI
GridVisibility realizes the next generation of critical infrastructure through the convergence of the power, communications, and AI industries.
60% of Data Centers Will Connect to Distribution
Data Centers represent some of the largest individual loads on a utility system, so sudden changes in computing workloads cause rapid shifts in power demand. Data Centers, along with large manufacturing loads (semiconductors, batteries, smelters, etc.), fleet charging depots, crypto mining, and commercial-scale solar, create unprecedented reliability and power quality challenges for the grid. GridVisibility makes the grid visible, so you can manage these new loads and more.
Request DemoReliability Oversight + NERC/FERC Compliance
ISO/RTO/RC/TOs oversee reliability for the bulk power system, but only “see” bulk power and transmission; Except the grid doesn’t stop at transmission. Additionally, NERC/FERC are now aggressively responding to data center and large load impacts on grid reliability through IBR-related interconnect, compliance & reporting requirements. GridVisibility has the data you need.
Non-Wires Alternative Grid-Enhancing Technologies
GETS optimize the capacity, efficiency, and flexibility of existing power infrastructure, offering faster and cheaper alternatives traditional grid investments. GridVisibility is a Non-Wires Alternative GET that provides the necessary state-of-the-grid data for grids to operate closer to their known power delivery capacity. You can't manage what you can't see, so GridVisibility makes the grid visible.
Bulk Power Impact
General AI & LLM Training Data Centers cause large power fluctuations on bulk power systems, representing reliability and cascading outage risk. GridVisibility "sees" the grid in high fidelity 24/7/365, so potential risks can be identified before they become problems.
Distribution System
AI LLM and inference data centers, plus other C&I end uses, draw highly unpredictable loads, causing unprecedented reliability challenges at scale. GridVisibility monitors the grid at subsecond speeds, making the invisible visible, and thus manageable.
The AI and Power Relationship
AI and power are tightly coupled. The new generation of AI and high-performance computing (HPC) data centers have extremely dense computing loads, rapid fluctuations in power demand, and unprecedented energy consumption. Sudden changes in computing workloads cause rapid shifts in power demand, meaning concentrated data center clusters place significant stress on local substations and regional transmission networks. HPC's are the fastest-growing data center segment in the US today. To address this challenge, GridVisibility provides high fidelity grid optimization data for AI model training, as well as subsecond data streams required to operate dynamic AI grid management algorithms in real time.
AI Induced Oscillations and Harmonics Impact Grid Stability
Data center non-linear loads create distorted waveforms that interfere with the normal operation of electrical equipment. As the concentration of data centers increase, oscillations and harmonics impact utility infrastructure, customer-owned assets, and grid reliability. They degrade sensitive electronics, generate inaccurate measurements, and cause premature equipment failure. Harmonics have also caused catastrophic, cascading generation failures, making data centers a direct and present reliability risk to both bulk power and distribution networks. GridVisibility's high resolution data reveals these oscillations and harmonics, turning invisible risks into manageable decisions.
Proactive Response Requires Aggregated Low Latency Awareness
Data center sub second fluctuations at megawatt scales present an entirely new risk to the US grid. Oscillation and harmonic management is no longer a long-term strategic planning exercise, but a highly sophisticated, automated response platform operating at millisecond speeds…everywhere and all-the-time. Proactively peserving grid reliability, efficiency, and long-term health is the only viable path through scaled data center expansion.GridVisibility is the only cost-efficient, scalable, rapid, and frictionless pathway to the essential enabling data.
Today's Infrastructure = Communications + Power + AI
Successful data center integration will depend on careful planning, rigorous power quality analysis, strategic investments in grid infrastructure, and dynamically dispatchable, “virtual power plants” at scale. The future is applying AI to GridVisibility data for automated grid management, which requires secure, high-speed, and cost effective communications. Public and private organizations that understand these challenges, including the in-depth dynamics of their electric grids, will be significantly better positioned to support data center/AI and large growth, while maintaining the reliability, resilience, and power affordability that modern economies depend on.
About GridVisibility
GridVisibility harnesses the existing broadband infrastructure to rapidly deliver real-time, all-the-time, electrical data; enabling unprecedented visibility and situational awareness of distribution grid behaviors.
Let Us Show You
The best way to understand what GridVisibility delivers is to see it. Experience the impacts of high fidelity, low latency, and continuous GridVisibility.
Request Demo