Tara Jo Sealander’s Post

Data center energy use is expected to increase by 220% by 2030, in large part due to increased use of AI technologies. Despite the US desire for data center growth and innovative energy generation sources to meet the demand for computational services, development has slowed due to challenges related to the grid and meeting peak energy demand. Interconnection approvals for new data centers are bottlenecked because their energy footprints add too much strain on the grid during peak usage times. Utility-scale battery storage offers a game-changing solution. By charging during low-demand and discharging during peak demand periods, batteries reduce grid strain and accelerate interconnection approvals. Plus, battery storage offers the potential for new revenue streams through participation in ancillary service markets. In our latest whitepaper, we detail the 4-hour battery storage solution that solves today’s interconnection hurdles and dive into how we expect the technology will evolve to solve the energy challenges of the future. Download the whitepaper to learn more: https://shorturl.at/2eEbx #BatteryStorage #PeakShaving #DataCenters #AI #ComputingPower #BESS

Let’s face it—data centers are the unsung heroes of our digital lives. They keep our emails zipping and our AI assistants answering burning questions about life, the universe, and... what to make for dinner. But here’s the kicker: data centers are consuming energy faster than your phone on 1% battery during a Netflix binge. As data center energy demand surges toward a projected 220% growth by 2030, the challenge is clear: how do we power this digital revolution without overloading the grid? The answer lies in utility-scale battery storage—but it’s the software behind it that turns potential into performance. By serving as the brains of the operation, intelligent software ensures reliability, maximizes efficiency, and transforms energy storage into a strategic asset that keeps data centers running smoothly in an increasingly power-hungry world. #batterystorage #flexgen #wepoweron

The battery storage market is still in its early stages, and we’ve only just scratched the surface of its potential. Pairing data centers with battery energy storage systems (BESS) is an exciting new application of the technology that solves development hurdles while adding capacity that makes the grid more resilient. I love that I get to nerd out about energy and sustainability every day! #BatteryStorage #BESS #DataCenter #EnergyDemand

AI isn’t just transforming technology, it’s reshaping energy demand. We’ve written a white paper that shows how Battery Energy Storage Systems can ease grid strain during peak hours, reduce energy costs, and keep the energy transition on track. Check it out to see how we’re making it happen. https://shorturl.at/2eEbx

The AI revolution is driving unprecedented energy demands in data centers, and this surge in power requirements calls for innovative and sustainable solutions. Did you know? According to a recent EPRI study, data centers could consume up to 9% of U.S. electricity generation by 2030—more than double the current amount.* Data centers today face significant energy challenges. The existing power grid often struggles to meet the high power demands of these facilities, which can sometimes rival the energy needs of a large city. At NEI, we bridge the gap between utilities and data center developers with our advanced power engineering services. Our solutions ensure reliable, efficient, and sustainable energy management. Learn more about our approach: https://lnkd.in/gk2VgKWH #DataCenters #AI #EnergyManagement #Sustainability #EngineeringInnovation *https://lnkd.in/dfdcnydA

Via Utility Dive: " Data centers powered by clean energy draw higher prices, as AI fuels electricity demand spike: A majority of companies are turning to third-party colocation data centers to support AI initiatives, with over 90% willing to pay more for clean energy, according to a survey by Flexential.  " #Energy #Utility #Utilities

Do you know how much electricity is used to power 750,000 homes? Neither do I... but I do know that it's the same amount used to power just one data center. Why does that matter? Because data centers are the crux of high-intensity computing that's used for various systems from cooling to AI. What more, their increasing usage has become one of the driving forces in the modernization of America's electric grid. Learn more from this article featured in our Mantis Innovation Weekly Market Updates newsletter: https://lnkd.in/eJ35yN-G Want to stay vigilant on the energy market and make more informed choices regarding your spend? Subscribe to our newsletter for free here: https://lnkd.in/eh5CZeY3 #DataCenters #Electrification #EnergyProcurement #AI #Computing #ElectricGridDemand #EnergyEfficiency

The 2024 Berkeley Lab data center energy usage report reveals a concerning acceleration in electricity consumption by U.S data centers. 📊 The U.S. data center industry’s electricity consumption is surging, reaching 176 TWh in 2023, which accounts for 4.4% of total U.S. electricity use. This growth is driven by the rapid expansion of AI hardware, data centers, and new industrial demands. 🔋 Energy demand is expected to continue rising, with projections for 2028 ranging between 325 and 580 TWh, potentially accounting for 6.7% to 12% of total U.S. electricity consumption. This increase highlights the need for new energy efficiency strategies, especially as AI accelerates. 💡 As the data center sector evolves, future research, collaborations with utilities, and innovation in energy-efficient technologies will be crucial to meet this growing demand sustainably. For the full report : https://lnkd.in/eacw7wVF #DataCenterEnergy #AI #EnergyEfficiency #Sustainability #ElectricityDemand #EnergyResearch

The rapid expansion of datacenters supporting cloud and AI services is significantly impacting the US power sector. My colleague Benjamin Levitt from S&P Global Commodity Insights highlights key insights on energy demand and differing perspectives: - **Surge in Demand**: The US is experiencing a notable increase in electricity demand due to datacenters, manufacturing, and electrification trends, posing challenges to infrastructure. - **Fossil Fuel Reliance**: Rising demand from AI and cloud services is expected to heighten reliance on gas and coal, leading to concerns about emissions. - **Diverse Opinions**: Industry perspectives on datacenter energy consumption vary, with some anticipating growth and others cautioning against past overestimations due to efficiency improvements. - **Economic Impact**: Datacenters are reshaping electricity consumption patterns across sectors, although overall energy sales are not increasing proportionately to datacenter usage. - **Infrastructure Challenges**: The rapid expansion of datacenters compared to slower power infrastructure growth may result in regional shortages and delays. https://lnkd.in/dv-66a7R #AI #Energy #Datacenters #ElectricityDemand #Sustainability #RenewableEnergy #CloudComputing #PowerInfrastructure #TechInnovation #EmissionsReduction

Electricity demand from #datacenters is set to more than double in the next decade, posing challenges for U.S. grid reliability, according to a recent report. Cooling alone accounts for roughly 40% of data centers' total #energy consumption, but innovations like Accelsius's two-phase liquid chip-cooling systems can reduce server racks' power consumption by 50% or more. Explore the rest of the report's insights on Utility Dive: https://bit.ly/3za6Ihb