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If unmanaged, those fluctuations can propagate back through the point of interconnection into the transmission system, placing additional demands on grid equipment and limiting grid operators’ ability to manage other changing variables across the system.",{"type":304,"attrs":814,"content":815},{"textAlign":809},[816,822],{"text":817,"type":309,"marks":818},"ON.energy’s AI UPS™",[819],{"type":455,"attrs":820},{"href":821,"uuid":204,"anchor":204,"target":204,"linktype":37},"https://www.on.energy/technology/grid-safe-ai-ups-white-paper",{"text":823,"type":309}," is a patented, medium-voltage uninterruptible power system that sits inline between power sources and AI data centers. By decoupling the facility from the grid, the system rides through voltage faults, protecting data center equipment, without disconnecting while simultaneously preventing internal GPU load swings from affecting the grid.",{"type":304,"attrs":825,"content":826},{"textAlign":809},[827],{"text":828,"type":309},"“We evaluated the full landscape of power solutions with one priority in mind: reliability at hyperscale for the data center while ensuring stable, predictable behavior for the grid and the communities around these campuses,” said Chris Dolan, Chief Data Center Officer of Crusoe. “ON.energy stood apart because it solves a set of key technical problems at the system level. This technology protects our infrastructure, it protects our generation assets, and it aligns with where grid requirements are heading. That combination is what enables us to build and operate at scale with confidence and turns data centers into part of the solution to support long-term grid stability and flexibility.”",{"type":304,"attrs":830,"content":831},{"textAlign":809},[832,834,840],{"text":833,"type":309},"The AI UPS™ has been validated against ERCOT's Large Load Interconnection requirements, meeting the grid stability and voltage ride-through standards that ERCOT has proposed as the baseline for responsible large-load interconnection in Texas, including ",{"text":835,"type":309,"marks":836},"compliance with NOGRR 282",[837],{"type":455,"attrs":838},{"href":839,"uuid":204,"anchor":204,"target":204,"linktype":37},"https://www.on.energy/regulatory/nogrr282-ercot-ride-through-rule-guide",{"text":841,"type":309}," and ERCOT's Low Voltage Ride-Through (LVRT) protocols. The AI UPS™ stores enough energy to power an entire campus for extended durations, significantly reducing variability on the grid during peak hours. The result is a data center that actively supports the grid.",{"type":304,"attrs":843,"content":844},{"textAlign":809},[845],{"text":846,"type":309},"“Hyperscale AI is introducing power quality dynamics the grid was never designed to handle,” said Alan Cooper, Co-Founder and CEO of ON.energy. “AI UPS™ is built for this moment. It keeps data centers online through disturbances while ensuring the grid sees stable, predictable behavior. Together, we’re proving that Crusoe’s energy-first approach is more than just a slogan, it’s a true competitive advantage.”","post_copy",{"_uid":849,"link":850,"label":852,"component":32},"42f5f8ed-d3e1-4c23-9c8a-b5a8b086fa54",{"id":18,"url":851,"linktype":37,"fieldtype":29,"cached_url":851},"https://www.globenewswire.com/news-release/2026/07/21/3330235/0/en/Crusoe-and-ON-energy-to-Deploy-5-GW-of-AI-UPS-at-Multiple-Hyperscale-Campuses.html","See Article on Wire ",[],"Miami and Denver","post",{"type":300,"content":857},[858,863,868,873,878,883,894],{"type":358,"attrs":859,"content":860},{"level":360,"textAlign":204},[861],{"text":862,"type":309},"About Crusoe",{"type":304,"attrs":864,"content":865},{"textAlign":204},[866],{"text":867,"type":309},"As the AI factory company, Crusoe is on a mission to accelerate the abundance of energy and intelligence. The company provides a reliable, scalable, cost-effective, energy-first solution for AI infrastructure. By harnessing large-scale energy sources, building AI-optimized data centers, and delivering a powerful AI cloud platform, Crusoe empowers its customers and partners to build the future faster.",{"type":358,"attrs":869,"content":870},{"level":360,"textAlign":204},[871],{"text":872,"type":309},"About ON.energy",{"type":304,"attrs":874,"content":875},{"textAlign":204},[876],{"text":877,"type":309},"ON.energy is building the backbone of energy and AI infrastructure powering grid-safe data centers and mission-critical facilities. The company supplies and operates hyperscale power systems that solve the toughest resilience challenges, delivering custom solutions for AI data centers, mission-critical facilities, and front-of-the-meter assets. Its track record spans industrial, manufacturing, infrastructure, transportation, and grid-scale storage. With patented technology and proprietary software, ON.energy develops projects worldwide that set new benchmarks for resilience.",{"type":358,"attrs":879,"content":880},{"level":360,"textAlign":204},[881],{"text":882,"type":309},"Media Contacts",{"type":304,"attrs":884,"content":885},{"textAlign":204},[886,891,892],{"text":887,"type":309,"marks":888},"Crusoe: ",[889],{"type":890},"bold",{"type":311},{"text":893,"type":309},"media@crusoe.ai",{"type":304,"attrs":895,"content":896},{"textAlign":204},[897,901,902],{"text":898,"type":309,"marks":899},"ON.energy: ",[900],{"type":890},{"type":311},{"text":903,"type":309},"media@on.energy",[],"crusoe-and-on-energy-to-deploy-5-gw-of-ai-upstm-at-multiple-hyperscale-campuses","posts/crusoe-and-on-energy-to-deploy-5-gw-of-ai-upstm-at-multiple-hyperscale-campuses",-340,[],106107929571599,"1d4372db-467f-46cb-992e-e123ec5b8b29","2026-07-21T11:45:12.943Z",[],{"name":914,"created_at":915,"published_at":916,"updated_at":917,"id":918,"uuid":919,"content":920,"slug":986,"full_slug":987,"sort_by_date":204,"position":988,"tag_list":989,"is_startpage":207,"parent_id":909,"meta_data":204,"group_id":990,"first_published_at":916,"release_id":204,"lang":211,"path":204,"alternates":991,"default_full_slug":204,"translated_slugs":204,"_stopResolving":515},"The Best Inventions of 2026","2026-10-15T17:29:05.606Z","2026-10-15T18:41:57.639Z","2026-10-15T18:41:57.653Z",230996974025083,"a184d3cc-3ac8-460b-92e7-c33569eca4e9",{"seo":921,"_uid":922,"date":923,"type":924,"image":925,"intro":930,"title":931,"author":932,"blocks":933,"excerpt":930,"contacts":939,"location":940,"component":855,"foot_note":941,"hero_video":980,"hero_autoplay":207,"link_position":982,"related_posts":983,"hero_embed_url":18,"blog_categories":984,"regulatory_category":985},[],"cf5c4300-8b16-453f-b6be-a586e8347ec4","2026-10-15 00:00","Press Hit",{"id":926,"alt":927,"name":18,"focus":18,"title":18,"source":18,"filename":928,"copyright":18,"fieldtype":256,"meta_data":929,"is_external_url":207},231014518010464,"OnEnergy-AI-UPS-time-inventions-2026","https://a.storyblok.com/f/288034353253643/1920x1280/bf4c9081e5/onenergy-ai-ups-time-inventions-2026.webp",{"alt":927},"Hyperscalers opine on how detrimental electrical outages are to their business. But their data centers can also cause interruptions to the grid that impact consumers. “The electricity grid isn’t built to withstand [sudden], massive load swings from AI data centers,” says On.Energy CTO Ricardo de Azevedo. He’s helped create a two-way power buffer that combines battery storage, transformers, and a power conversion system to both protect the grid from AI-based load swings while also protecting sensitive computing equipment from grid disturbances. Tested at National Lab of the Rockies, On.Energy AI UPS is being deployed in data centers in Texas.","TIME's The Best Inventions of 2026","a676e31e-a4e6-43ed-bf55-6cd7564dc833",[934],{"_uid":935,"link":936,"label":938,"component":32},"2040a0e8-a9f5-42eb-8485-a0fedce48586",{"id":18,"url":937,"linktype":37,"fieldtype":29,"cached_url":937},"https://time.com/collection/best-inventions/2026/on-energy-ai-ups/","See Article",[],"United States",{"type":300,"attrs":942,"content":943},{"backgroundColor":204},[944,958,963,971],{"type":358,"attrs":945,"content":946},{"level":360,"textAlign":204},[947,951],{"text":948,"type":309,"marks":949},"About ",[950],{"type":890},{"text":326,"type":309,"marks":952},[953,957],{"type":455,"attrs":954},{"href":955,"uuid":956,"anchor":204,"target":956,"linktype":37},"https://on.energy/","null",{"type":890},{"type":304,"attrs":959,"content":960},{"textAlign":204},[961],{"text":962,"type":309},"ON.energy is building the backbone of energy and AI infrastructure, powering grid-safe data centers and mission-critical facilities. The company supplies and operates hyperscale power systems that solve the toughest resilience challenges, delivering custom solutions for AI data centers, mission-critical facilities, and front-of-the-meter assets. Its track record spans industrial, manufacturing, infrastructure, transportation, and grid-scale storage. 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This allows Crusoe to be a good grid citizen.",[997],{"_uid":998,"link":999,"label":1001,"component":32},"c831a71d-e51f-4b63-aafd-9efe1b80ac83",{"id":18,"url":1000,"linktype":37,"fieldtype":29,"cached_url":1000},"https://www.linkedin.com/feed/update/urn:li:activity:7488244624373796864/","See Post",{"name":571,"created_at":1003,"published_at":1004,"updated_at":1005,"id":1006,"uuid":1007,"content":1008,"slug":1017,"full_slug":1018,"sort_by_date":204,"position":1019,"tag_list":1020,"is_startpage":207,"parent_id":1021,"meta_data":204,"group_id":1022,"first_published_at":1023,"release_id":204,"lang":211,"path":204,"alternates":1024,"default_full_slug":204,"translated_slugs":204,"_stopResolving":515},"2026-08-10T14:45:16.228Z","2026-08-10T19:56:50.827Z","2026-08-10T19:56:50.839Z",207599682500514,"8c5807ea-a7c9-49e4-8090-b302cfed4542",{"_uid":1009,"name":571,"avatar":1010,"component":1015,"job_title":1016},"e5752036-15bc-44f3-882b-aa6ffb22a6af",{"id":1011,"alt":571,"name":18,"focus":18,"title":18,"source":18,"filename":1012,"copyright":18,"fieldtype":256,"meta_data":1013,"is_external_url":207},207599791732750,"https://a.storyblok.com/f/288034353253643/800x800/f18062a686/jason-hutzler.jpeg",{"alt":571,"size":1014,"title":18,"source":18,"copyright":18},"800x800","author","Sr 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And it wasn't the first time. Two years earlier, a single failed surge arrester dropped ",{"text":1481,"type":309,"marks":1482},"roughly 60 Virginia facilities and 1,500 megawatts",[1483],{"type":455,"attrs":1484},{"href":1485,"uuid":204,"anchor":204,"target":169,"linktype":37},"https://www.datacenterdynamics.com/en/news/virginia-narrowly-avoided-power-cuts-when-60-data-centers-dropped-off-the-grid-at-once/",{"text":1487,"type":309}," at once. No one could anticipate so much uniform load responding to grid faults the same way, at the same time.",{"type":304,"attrs":1489,"content":1490},{"textAlign":204},[1491],{"text":1492,"type":309},"The AI power debate is mostly about generation: more turbines, more solar, more transmission. The grid needs more electrons. But the outages in Virginia weren't supply failures; they were architecture failures. And a giant wave of interconnections is arriving on that same architecture, putting grid reliability at risk. It's a problem nobody wants to own.",{"type":358,"attrs":1494,"content":1495},{"level":965,"textAlign":204},[1496],{"text":1497,"type":309},"Asking more from the grid",{"type":304,"attrs":1499,"content":1500},{"textAlign":204},[1501],{"text":1502,"type":309},"The grid was built around predictable loads: steel mills, refineries, and houses at dinnertime. Different load sizes, same process—drawing power smoothly, misbehaving occasionally, and recovering gracefully.",{"type":304,"attrs":1504,"content":1505},{"textAlign":204},[1506],{"text":1507,"type":309},"But AI data centers don't behave that way.",{"type":304,"attrs":1509,"content":1510},{"textAlign":204},[1511],{"text":1512,"type":309},"An AI campus can swing 70% of its load in milliseconds during a training run, then trip offline just as fast at the first sign of trouble upstream to protect billions in compute. Each is rational alone. Together, at gigawatt scale, they're a problem the grid has never solved—and the next wave of data center campuses is planned at exactly that scale.",{"type":358,"attrs":1514,"content":1515},{"level":965,"textAlign":204},[1516],{"text":1517,"type":309},"Where the old stack breaks",{"type":304,"attrs":1519,"content":1520},{"textAlign":204},[1521],{"text":1522,"type":309},"The standard data center power stack hasn't changed in decades. Medium-voltage power arrives, transformers step it down, low-voltage uninterruptible power supply (UPS) units condition it, and it reaches the racks. Push that design to AI scale, and it cracks in three places.",{"type":304,"attrs":1524,"content":1525},{"textAlign":204},[1526],{"text":1527,"type":309},"First, the UPS sits deep inside the building, close to the racks. But its batteries are an undersized spare tire, designed to handle an outage for a few minutes, not to absorb load swings this fast and volatile around the clock.",{"type":304,"attrs":1529,"content":1530},{"textAlign":204},[1531],{"text":1532,"type":309},"Second, the UPS spends most of its life in bypass. Legacy converters waste enough power that operators run in eco-mode: A static switch feeds the racks directly from the grid and nothing filters in either direction. The compute's swings go out raw, and grid transients—sub-millisecond events that can damage or take down equipment—come in too fast for any switch to catch.",{"type":304,"attrs":1534,"content":1535},{"textAlign":204},[1536,1538,1544],{"text":1537,"type":309},"Third, the protection logic was written when \"large load\" meant 50 megawatts. This protection logic can't see the grid it is now a part of, so when trouble hits upstream, it does exactly the wrong thing: it drops out.",{"text":1539,"type":309,"marks":1540}," In the 2024 Virginia event, most of the lost load traced to protection schemes that count voltage dips and disconnect on the third one",[1541],{"type":455,"attrs":1542},{"href":1543,"uuid":204,"anchor":204,"target":169,"linktype":37},"https://www.modernpowersystems.com/analysis/nerc-review-of-major-load-loss-and-data-centre-impact/",{"text":1545,"type":309},"—as designed, at the worst moment.",{"type":304,"attrs":1547,"content":1548},{"textAlign":204},[1549],{"text":1550,"type":309},"This isn't sloppy engineering. It's careful engineering the load has outgrown.",{"type":358,"attrs":1552,"content":1553},{"level":965,"textAlign":204},[1554],{"text":1555,"type":309},"Moving into the path",{"type":304,"attrs":1557,"content":1558},{"textAlign":204},[1559],{"text":1560,"type":309},"The fix is three moves, made together.",{"type":304,"attrs":1562,"content":1563},{"textAlign":204},[1564,1568],{"text":1565,"type":309,"marks":1566},"Move it up",[1567],{"type":890},{"text":1569,"type":309},"—from 480 volts to medium voltage (13.8 kilovolts and higher), the voltage large sites draw from the grid.",{"type":304,"attrs":1571,"content":1572},{"textAlign":204},[1573,1577],{"text":1574,"type":309,"marks":1575},"Move it out",[1576],{"type":890},{"text":1578,"type":309},"—from the data hall to modular enclosures near the substation so the building holds only compute and the cooling that keeps it alive.",{"type":304,"attrs":1580,"content":1581},{"textAlign":204},[1582,1586],{"text":1583,"type":309,"marks":1584},"Move it into the path",[1585],{"type":890},{"text":1587,"type":309},"—instead of a battery that watches and reacts, a system every electron runs through, all the time. There's nothing to detect and nothing to switch because nothing was ever routed around it.",{"type":304,"attrs":1589,"content":1590},{"textAlign":204},[1591],{"text":1592,"type":309},"On paper, three straightforward upgrades. In practice, they rewrite every line item downstream.",{"type":358,"attrs":1594,"content":1595},{"level":965,"textAlign":204},[1596],{"text":1597,"type":309},"Making the change",{"type":304,"attrs":1599,"content":1600},{"textAlign":204},[1601],{"text":1602,"type":309},"When thousands of GPUs spin up together, the system absorbs the swing and hands the grid a flat load profile. When a disturbance hits, the equipment behind it never notices. A difficult neighbor becomes a predictable one. And when the utility needs help, it becomes a useful one.",{"type":304,"attrs":1604,"content":1605},{"textAlign":204},[1606],{"text":1607,"type":309},"Interconnection changes, too. The utility certifies one medium-voltage box instead of untangling every transformer, UPS, chiller, pump, and switchgear lineup behind it. Engineers swap chip generations without a fresh interconnection study. Months come off the permitting timeline.",{"type":304,"attrs":1609,"content":1610},{"textAlign":204},[1611],{"text":1612,"type":309},"Inside the fence, UPS rooms become compute or cooling space. Density per construction dollar climbs.",{"type":304,"attrs":1614,"content":1615},{"textAlign":204},[1616],{"text":1617,"type":309},"And the economics flip. Equipment that runs at medium voltage, sits outside, and stores its own energy can qualify for tax credits, and earn revenue in grid programs like peak shaving and demand response. Backup power stops being insurance and starts paying for itself.",{"type":358,"attrs":1619,"content":1620},{"level":965,"textAlign":204},[1621],{"text":1622,"type":309},"The architecture test",{"type":304,"attrs":1624,"content":1625},{"textAlign":204},[1626],{"text":1627,"type":309},"In early 2026, we tested a full-scale system at the National Laboratory of the Rockies, a U.S. Department of Energy facility and the only place in the Western Hemisphere that can replicate real grid faults and AI-scale load swings concurrently in the same loop.",{"type":304,"attrs":1629,"content":1630},{"textAlign":204},[1631],{"text":1632,"type":309},"We hit it from both directions: real AI load profiles hit the compute side at full medium voltage. Grid faults hit the utility side, including a full zero-voltage event. The compute side didn't flinch. Neither did the grid side. It cleared the large-load voltage ride-through requirements from the Electric Reliability Council of Texas (ERCOT), the grid operator, with room to spare.",{"type":304,"attrs":1634,"content":1635},{"textAlign":204},[1636],{"text":1637,"type":309},"Those rules exist because operators no longer take facilities this size on faith, and more are coming. Most of the industry treats them as hurdles. A medium-voltage, inline system clears them out of the box. Compliance isn't an added feature. It's what the architecture does.",{"type":358,"attrs":1639,"content":1640},{"level":965,"textAlign":204},[1641],{"text":1642,"type":309},"The new layer",{"type":304,"attrs":1644,"content":1645},{"textAlign":204},[1646],{"text":1647,"type":309},"Much of what looks like a grid problem in the AI buildout sits inside the fence, in equipment sized for a load that no longer exists. Move the right pieces up, out, and into the path, and a grid liability becomes a grid asset. Density goes up. Permitting time comes down. Backup power earns its keep.",{"type":304,"attrs":1649,"content":1650},{"textAlign":204},[1651],{"text":1652,"type":309},"The engineering works—and the next wave of AI factories is being built on it. The industry hasn't named this layer yet. We call it the medium-voltage AI UPS. The name matters less than the choice: those factories can arrive as a strain on the grid or as strength for it. We already know how to build the second kind.    ",{"type":304,"attrs":1654,"content":1655},{"textAlign":204},[1656],{"text":1657,"type":309,"marks":1658},"This content was produced by ON.energy. It was not written by MIT Technology Review’s editorial staff.",[1659],{"type":1660},"italic",{"type":304,"attrs":1662,"content":1663},{"textAlign":204},[1664,1666],{"text":1665,"type":309},"by ",{"text":1667,"type":309,"marks":1668},"Ricardo De Azevedo",[1669],{"type":455,"attrs":1670},{"href":1671,"uuid":204,"anchor":204,"target":169,"linktype":37},"https://www.technologyreview.com/author/ricardo-de-azevedo/",[],"Ashburn, VA",{"type":300,"attrs":1675,"content":1676},{"backgroundColor":204},[1677,1683,1691,1697],{"type":304,"attrs":1678,"content":1679},{"textAlign":204},[1680],{"text":968,"type":309,"marks":1681},[1682],{"type":890},{"type":304,"attrs":1684,"content":1685},{"textAlign":204},[1686],{"text":903,"type":309,"marks":1687},[1688,1690],{"type":455,"attrs":1689},{"href":978,"uuid":956,"anchor":204,"target":144,"linktype":37},{"type":890},{"type":304,"attrs":1692,"content":1693},{"textAlign":204},[1694],{"text":872,"type":309,"marks":1695},[1696],{"type":890},{"type":304,"attrs":1698,"content":1699},{"textAlign":204},[1700],{"text":962,"type":309},{"id":204,"alt":204,"name":18,"focus":204,"title":204,"source":204,"filename":18,"copyright":204,"fieldtype":256,"meta_data":1702},{},[],[1360,1361],[],"powering-ai-is-an-architecture-problem","posts/powering-ai-is-an-architecture-problem",-500,[],"5df5afcd-5a3f-410d-8a71-1c6e1d882b22","2026-09-11T21:18:16.561Z",[],{"name":1714,"created_at":1715,"published_at":1716,"updated_at":1717,"id":1718,"uuid":1719,"content":1720,"slug":2103,"full_slug":2104,"sort_by_date":204,"position":2105,"tag_list":2106,"is_startpage":207,"parent_id":909,"meta_data":204,"group_id":2107,"first_published_at":2108,"release_id":204,"lang":211,"path":204,"alternates":2109,"default_full_slug":204,"translated_slugs":204},"Why Crusoe chose ON.energy’s medium-voltage AI UPS solution for grid-safe AI infrastructure","2026-09-11T17:35:14.612Z","2026-09-17T20:51:36.838Z","2026-09-17T20:51:36.856Z",218966075874894,"b50d432e-8b18-486f-ae28-cf0147fa89ed",{"seo":1721,"_uid":1722,"date":1723,"type":1448,"image":1724,"intro":1730,"title":1714,"author":1731,"blocks":1732,"excerpt":1730,"contacts":2070,"location":940,"component":855,"foot_note":2071,"hero_video":2098,"hero_autoplay":207,"link_position":982,"related_posts":2100,"hero_embed_url":18,"blog_categories":2101,"regulatory_category":2102},[],"324da201-da21-49cb-ad7f-0c93d5ddc469","2026-09-02 00:00",{"id":1725,"alt":1726,"name":18,"focus":18,"title":18,"source":18,"filename":1727,"copyright":18,"fieldtype":256,"meta_data":1728,"is_external_url":207},218966624880543,"6a99a3ce3fc8b67a2957f90a_6a9862ffd22c6ebf6f890baf_bessenergyblog","https://a.storyblok.com/f/288034353253643/2400x1350/ed3c3895ba/6a99a3ce3fc8b67a2957f90a_6a9862ffd22c6ebf6f890baf_bessenergyblog.avif",{"alt":1726,"size":1729},"2400x1350","Crusoe is deploying 5 GW of ON.energy AI UPS so its campuses ride through disturbances instead of adding to them, while cutting the energy waste of flat-load workarounds.","90353a37-7206-4063-8c12-3c624f89bc0c",[1733],{"_uid":1734,"copy":1735,"component":847},"ebfa3bae-b31c-4e30-b44c-5a7448da58dd",{"type":300,"attrs":1736,"content":1737},{"backgroundColor":204},[1738,1743,1756,1761,1773,1778,1783,1788,1793,1798,1803,1808,1813,1818,1823,1828,1833,1838,1843,1848,1853,1858,1863,1868,1873,1878,1883,1888,1893,1898,1909,1914,1919,1924,1929,1934,1939,1944,1949,1954,1959,1964,1969,1974,1979,1984,1989,1994,1999,2004,2009,2014,2019,2044,2057],{"type":304,"attrs":1739,"content":1740},{"textAlign":204},[1741],{"text":1742,"type":309},"In July, a single downed power line in northern Virginia, a core data center hub, caused data centers to disconnect from the PJM grid nearly simultaneously, briefly pulling more than 3 gigawatts of load offline in about 30 seconds, twice the scale of a comparable event in 2024. ",{"type":304,"attrs":1744,"content":1745},{"textAlign":204},[1746,1748,1754],{"text":1747,"type":309},"As ",{"text":1749,"type":309,"marks":1750},"TechCrunch reported",[1751],{"type":455,"attrs":1752},{"href":1753,"uuid":204,"anchor":204,"target":169,"linktype":37},"https://techcrunch.com/2026/07/25/one-fallen-power-line-exposed-a-growing-ai-data-center-problem-heres-how-to-fix-it/",{"text":1755,"type":309},", the resulting voltage swing rippled across the grid from Northern Virginia to Chicago, causing visible flickering for homes and businesses. It took grid operators roughly 10 minutes to restore balance. ",{"type":304,"attrs":1757,"content":1758},{"textAlign":204},[1759],{"text":1760,"type":309},"Incidents like this are accelerating industry-wide interest in battery energy storage systems (BESS), which are increasingly deployed to help large, volatile loads stay connected to the grid rather than disconnect.",{"type":304,"attrs":1762,"content":1763},{"textAlign":204},[1764,1766,1771],{"text":1765,"type":309},"The way AI infrastructure interacts with the grid is now a design decision, not an afterthought. It is why Crusoe is partnering with ",{"text":326,"type":309,"marks":1767},[1768],{"type":455,"attrs":1769},{"href":1770,"uuid":204,"anchor":204,"target":169,"linktype":37},"https://www.on.energy",{"text":1772,"type":309}," on an approach that supports the grid during strain instead of walking away from it.",{"type":358,"attrs":1774,"content":1775},{"level":965,"textAlign":204},[1776],{"text":1777,"type":309},"AI’s grid management challenges",{"type":304,"attrs":1779,"content":1780},{"textAlign":204},[1781],{"text":1782,"type":309},"For decades, grid operators managed power demand from relatively predictable loads such as factories, office buildings, and traditional data centers. These consumers were diverse, distributed, and the peaks and valleys of their energy demand rarely aligned. The result was a grid that could be planned and balanced with reasonable confidence.",{"type":304,"attrs":1784,"content":1785},{"textAlign":204},[1786],{"text":1787,"type":309},"Generative AI breaks that assumption. AI workloads do not draw power the way other loads do, which introduces two grid management challenges that barely existed before: chronic power fluctuations under normal operations, and acute grid stress during disturbance events.",{"type":358,"attrs":1789,"content":1790},{"level":965,"textAlign":204},[1791],{"text":1792,"type":309},"Power fluctuations: Everyday volatility at scale",{"type":304,"attrs":1794,"content":1795},{"textAlign":204},[1796],{"text":1797,"type":309},"Modern AI training runs require thousands of GPUs working in perfect synchrony, cycling between intense bursts of computation and quieter communication phases, sometimes dozens of times an hour. During the communication phase, power draw drops dramatically. Then the compute phase resumes and demand spikes, instantaneously.",{"type":304,"attrs":1799,"content":1800},{"textAlign":204},[1801],{"text":1802,"type":309},"At scale, this oscillation is enormous. A single large training cluster can swing its power demand by tens or even hundreds of megawatts in less than a second, forcing grid operators and utilities to reconsider how AI clusters connect to the grid. Left unmanaged, those swings can induce voltage flicker, harmonic disturbances, and frequency instability, stressing grid infrastructure that was never designed for synchronized load cycling at this magnitude.",{"type":358,"attrs":1804,"content":1805},{"level":965,"textAlign":204},[1806],{"text":1807,"type":309},"Low Voltage Ride-Through: Managing grid disturbance events",{"type":304,"attrs":1809,"content":1810},{"textAlign":204},[1811],{"text":1812,"type":309},"The second challenge is different in nature. It arises not from AI's everyday behavior, but from how data centers respond when volatility appears on the grid.",{"type":304,"attrs":1814,"content":1815},{"textAlign":204},[1816],{"text":1817,"type":309},"Data centers are typically built with low voltage uninterruptible power supply (UPS) systems designed to instantly disconnect the facility from the grid and switch to backup power the moment volatility occurs, protecting sensitive servers and GPUs. Under normal circumstances, this is good engineering. But as AI campuses have grown into some of the largest loads on regional grids, the collective behavior of many facilities doing this simultaneously creates a new risk to the grid.",{"type":304,"attrs":1819,"content":1820},{"textAlign":204},[1821],{"text":1822,"type":309},"When a voltage disturbance causes many large data centers to disconnect simultaneously, the grid suddenly loses thousands of megawatts of demand and swings into an abrupt power imbalance. ",{"type":304,"attrs":1824,"content":1825},{"textAlign":204},[1826],{"text":1827,"type":309},"That imbalance can trigger its own wave of voltage and frequency fluctuations, potentially leading to a blackout. Grid operators in Texas and elsewhere have taken note. ERCOT has established formal Large Low Voltage Ride-Through (LLVRT) requirements for large loads, codified under NOGRR 282, asking data centers to stay connected to and supportive of the grid during disturbance events rather than retreating to backup power.",{"type":358,"attrs":1829,"content":1830},{"level":965,"textAlign":204},[1831],{"text":1832,"type":309},"The flawed \"solution”: Why constant power draw is wasteful",{"type":304,"attrs":1834,"content":1835},{"textAlign":204},[1836],{"text":1837,"type":309},"Faced with the challenge of wild power fluctuations, the industry's initial instinct was simple: just keep the power draw constant. Don't let it spike or drop. Hold it flat.",{"type":304,"attrs":1839,"content":1840},{"textAlign":204},[1841],{"text":1842,"type":309},"There are two common approaches to this:",{"type":358,"attrs":1844,"content":1845},{"level":965,"textAlign":204},[1846],{"text":1847,"type":309},"Software-based “dummy” workloads",{"type":304,"attrs":1849,"content":1850},{"textAlign":204},[1851],{"text":1852,"type":309},"To maintain a flat, predictable power draw from the grid, training clusters often use software to inject artificial computational work (meaningless matrix multiplications) when GPUs would naturally experience a dip in power during communication phases. This practice, known as using a \"dummy load,\" stabilizes the power consumption but comes at a significant cost.",{"type":304,"attrs":1854,"content":1855},{"textAlign":204},[1856],{"text":1857,"type":309},"The drawback is energy that produces nothing. The fake workloads generate no useful output, and the overhead runs slightly under 6%, though this varies by model. For a 1 gigawatt (GW) facility, that is roughly 480 GWh lost per year.",{"type":304,"attrs":1859,"content":1860},{"textAlign":204},[1861],{"text":1862,"type":309},"Furthermore, this wasted energy exacerbates the cooling demands of the data center. The heat generated by the “dummy loads” requires an additional 192 GWh of power for cooling annually, bringing the total wasted power to an estimated 672 GWh per year. Compounding this efficiency issue, the GPUs run hotter because they lose the natural cooling opportunities that communication phases would otherwise provide, which can ultimately degrade performance.",{"type":358,"attrs":1864,"content":1865},{"level":965,"textAlign":204},[1866],{"text":1867,"type":309},"GPU-level firmware power floors",{"type":304,"attrs":1869,"content":1870},{"textAlign":204},[1871],{"text":1872,"type":309},"A second approach uses GPU firmware settings that enforce a minimum power floor, often around 80 to 90% of thermal design power. This reduces the amplitude of fluctuations without eliminating them, and it carries real energy overhead.",{"type":304,"attrs":1874,"content":1875},{"textAlign":204},[1876],{"text":1877,"type":309},"Simulations indicate this approach can result in roughly 7% additional energy consumption in some configurations, translating to a substantial total waste of 600 GWh of electricity annually. For context, 600 GWh is comparable to half of the annual output of a medium-sized hydroelectric dam.",{"type":304,"attrs":1879,"content":1880},{"textAlign":204},[1881],{"text":1882,"type":309},"Even with the floor in place, residual fluctuations still cause problems for electrical systems and utilities. And the floor itself burns real energy to produce nothing, because the hardware is blocked from dropping to lower power during communication phases. Stability gets bought with waste.",{"type":304,"attrs":1884,"content":1885},{"textAlign":204},[1886],{"text":1887,"type":309},"Both approaches accept waste as the price of stability. That trade is avoidable.",{"type":358,"attrs":1889,"content":1890},{"level":965,"textAlign":204},[1891],{"text":1892,"type":309},"How ON.energy’s AI UPS solution solves both problems",{"type":358,"attrs":1894,"content":1895},{"level":360,"textAlign":204},[1896],{"text":1897,"type":309},"The innovation: Medium voltage AI UPS",{"type":304,"attrs":1899,"content":1900},{"textAlign":204},[1901,1907],{"text":1902,"type":309,"marks":1903},"In partnership with ON.energy",[1904],{"type":455,"attrs":1905},{"href":1906,"uuid":204,"anchor":204,"target":169,"linktype":37},"https://www.crusoe.ai/resources/newsroom/crusoe-and-on-energy-to-deploy-5-gw-of-ai-ups-tm-at-multiple-hyperscale-campuses",{"text":1908,"type":309},", Crusoe is deploying 5 gigawatts of AI UPS™ technology across multiple hyperscale campuses, with commissioning beginning in 2026 and extending into 2027. The medium voltage AI UPS works as both an uninterruptible power supply and an active grid stability asset. Conventional UPS systems do neither: they are indoor units that sit passively between the grid and the IT load and supply backup power only during an outage.",{"type":304,"attrs":1910,"content":1911},{"textAlign":204},[1912],{"text":1913,"type":309},"The ON.energy AI UPS is a BESS deployed at medium voltage, sitting between the grid and the entire data center campus. It participates in both internal power regulation and external grid support. The system has been validated against ERCOT's Large Load Interconnection requirements, including NOGRR 282 and ERCOT's Large Electronic Load (LEL) ride-through protocols.",{"type":304,"attrs":1915,"content":1916},{"textAlign":204},[1917],{"text":1918,"type":309},"While some operators have secured approval without achieving full voltage ride-through compliance, data centers that don't completely adhere to ERCOT's requirements face potential load curtailment or mandatory switching to on-site generation. Curtailing a major data center is an impractical solution, and relying on onsite generation increases emissions. Crusoe and ON.energy’s approach provides a superior alternative: it eliminates the risk of curtailment, significantly lowers emissions, and stabilizes the grid against volatility that could otherwise trigger further disturbances.",{"type":304,"attrs":1920,"content":1921},{"textAlign":204},[1922],{"text":1923,"type":309},"Some operators have pursued a lower-cost alternative: a BESS installed in parallel with the grid interconnection, sized to inject power onto the grid during a disturbance and help satisfy ERCOT's ride-through requirements. It can look attractive on a cost basis, but it asks one piece of equipment to do two conflicting jobs at once. The same power-injection capability a parallel BESS needs to actively support the data center through a fault is often the same capability ERCOT interconnection studies require operators to limit, to avoid being reclassified as a generator rather than a load. ",{"type":304,"attrs":1925,"content":1926},{"textAlign":204},[1927],{"text":1928,"type":309},"Without a supporting low-voltage UPS behind it, a parallel BESS's ability to prop up voltage is bounded by ordinary transformer and inverter limits: limits that fall short of what the data center's own equipment needs to stay online, even when the system otherwise satisfies ERCOT's requirements. The result: a facility can be fully ERCOT-compliant and still lose IT load to routine grid sags multiple times a year, each one triggering a restart across cooling, storage, and compute before the data center is back to where it started. ",{"type":304,"attrs":1930,"content":1931},{"textAlign":204},[1932],{"text":1933,"type":309},"AI UPS was built to remove that tradeoff. Because it sits at medium voltage between the grid and the entire campus, it decouples the data center from the disturbance itself, supporting the grid on one side while keeping the data center running continuously on the other, rather than forcing a choice between the two. ",{"type":358,"attrs":1935,"content":1936},{"level":965,"textAlign":204},[1937],{"text":1938,"type":309},"How it works in practice",{"type":358,"attrs":1940,"content":1941},{"level":360,"textAlign":204},[1942],{"text":1943,"type":309},"Optimizing AI workload power draw with BESS ",{"type":304,"attrs":1945,"content":1946},{"textAlign":204},[1947],{"text":1948,"type":309},"The battery within the AI UPS efficiently manages the fluctuating power demands of AI training workloads, preventing energy waste and stabilizing the grid. When a workload's power draw suddenly drops — for instance, from 100% to 30% during a GPU communication phase — the excess energy is stored in the battery instead of being dissipated by wasteful “dummy” loads. Conversely, when the compute phase restarts and demand surges, the battery instantly discharges to meet the spike. This continuous process ensures the grid receives a smooth, stable load profile. The system allows GPUs to operate at full power during compute phases and naturally cool down during communication phases, eliminating the need for energy-wasting “dummy” computations.",{"type":358,"attrs":1950,"content":1951},{"level":360,"textAlign":204},[1952],{"text":1953,"type":309},"Lowering total power consumption",{"type":304,"attrs":1955,"content":1956},{"textAlign":204},[1957],{"text":1958,"type":309},"The integration of the battery system significantly reduces the peak power draw required by the data centers. This is achieved because the campus is no longer required to maintain an artificially high power floor, and the battery effectively smooths out power spikes. Crusoe projects this will lead to a significant reduction in power consumption. When scaled to the gigawatt level, this reduction translates into substantial benefits: less generation infrastructure needed (resulting in lower embodied carbon), decreased costs, and a smaller overall carbon footprint.",{"type":358,"attrs":1960,"content":1961},{"level":360,"textAlign":204},[1962],{"text":1963,"type":309},"Peak shaving",{"type":304,"attrs":1965,"content":1966},{"textAlign":204},[1967],{"text":1968,"type":309},"The large battery within the AI UPS enables Crusoe data centers to shave their peak demand from the grid. During periods of high grid stress or high electricity prices, the data centers can draw from the battery rather than from the grid, reducing their peak load and easing grid stress exactly when the grid is tightest.",{"type":358,"attrs":1970,"content":1971},{"level":360,"textAlign":204},[1972],{"text":1973,"type":309},"True LLVRT compliance: Being a good grid citizen",{"type":304,"attrs":1975,"content":1976},{"textAlign":204},[1977],{"text":1978,"type":309},"ON.energy’s AI UPS is specifically engineered to stay connected to the grid and ride through voltage events, unlike traditional UPS systems that immediately disconnect data centers when a voltage disturbance occurs. Instead of instantly shedding the entire load, this system actively manages its charge and discharge capabilities during a disturbance. This approach maintains a stable load profile from the grid's perspective, precisely meeting new ERCOT LLVRT requirements.",{"type":358,"attrs":1980,"content":1981},{"level":360,"textAlign":204},[1982],{"text":1983,"type":309},"Crash protection",{"type":304,"attrs":1985,"content":1986},{"textAlign":204},[1987],{"text":1988,"type":309},"Crusoe utilizes a grid-facing approach. ON.energy’s AI UPS offers superior protection when a large data center unexpectedly experiences a loss of a large cluster. Unlike software \"dummy loads,\" which risk command execution failure, the AI UPS’s battery fully mitigates this event. The batteries simply begin charging at a declining rate, ensuring the utility observes a smooth, soft ramp down in load.",{"type":358,"attrs":1990,"content":1991},{"level":360,"textAlign":204},[1992],{"text":1993,"type":309},"Controlled ramp rate",{"type":304,"attrs":1995,"content":1996},{"textAlign":204},[1997],{"text":1998,"type":309},"Utilities balance load and generation continuously, and synchronized AI clusters amplify every fluctuation. ON.energy AI UPS applies pre-programmed ramp rates to the grid-facing inverters, so every load step stays inside a strict limit and the grid sees a predictable profile. This mechanism ensures all load steps adhere to a strict ramp rate, resulting in a smooth, predictable load profile for the grid.",{"type":358,"attrs":2000,"content":2001},{"level":360,"textAlign":204},[2002],{"text":2003,"type":309},"Outdoor modular design ",{"type":304,"attrs":2005,"content":2006},{"textAlign":204},[2007],{"text":2008,"type":309},"Traditional indoor UPS systems take up building area that could hold servers, and they put a large volume of batteries inside the data center. ON.energy's AI UPS is modular and sits outdoors, away from expensive IT hardware. That frees indoor space for denser compute.",{"type":358,"attrs":2010,"content":2011},{"level":965,"textAlign":204},[2012],{"text":2013,"type":309},"The sustainability math",{"type":304,"attrs":2015,"content":2016},{"textAlign":204},[2017],{"text":2018,"type":309},"The efficiency gains stack up: ",{"type":2020,"content":2021},"bullet_list",[2022,2030,2037],{"type":2023,"content":2024},"list_item",[2025],{"type":304,"attrs":2026,"content":2027},{"textAlign":204},[2028],{"text":2029,"type":309},"Less wasted energy on “dummy loads” means fewer megawatt-hours consumed per unit of useful AI compute.",{"type":2023,"content":2031},[2032],{"type":304,"attrs":2033,"content":2034},{"textAlign":204},[2035],{"text":2036,"type":309},"By reducing demand during peak periods, peak shaving lessens the reliance on costly peaker plants, which are often fossil fuel-based, and minimizes the requirement for constructing new generation and transmission infrastructure across the region.",{"type":2023,"content":2038},[2039],{"type":304,"attrs":2040,"content":2041},{"textAlign":204},[2042],{"text":2043,"type":309},"By adhering to LLVRT regulations, Crusoe's data centers ensure that they do not exacerbate grid disturbances. Instead, they provide a stable, predictable load that the grid can rely on, even during upsets.",{"type":304,"attrs":2045,"content":2046},{"textAlign":204},[2047,2049,2055],{"text":2048,"type":309},"Considering that data centers are ",{"text":2050,"type":309,"marks":2051},"now projected",[2052],{"type":455,"attrs":2053},{"href":2054,"uuid":204,"anchor":204,"target":169,"linktype":37},"https://powering-intelligence.epri.com/load-growth.html",{"text":2056,"type":309}," to consume between 9% and 17% of total U.S. electricity demand by 2030, the distinction between a data center that passively consumes grid power and one that actively functions as a grid asset is immense. This difference has significant implications not only for the operators but for every electricity customer.",{"type":304,"attrs":2058,"content":2059},{"textAlign":204},[2060,2062,2068],{"text":2061,"type":309},"Medium voltage AI UPS lets ",{"text":2063,"type":309,"marks":2064},"Crusoe run AI infrastructure that wastes less ",[2065],{"type":455,"attrs":2066},{"href":2067,"uuid":204,"anchor":204,"target":169,"linktype":37},"https://www.crusoe.ai/energy",{"text":2069,"type":309},"power, holds a steady profile at the meter, and helps stabilize the grid its neighbors depend on. That is a different answer to the question of what a data center owes the system it plugs into.",[],{"type":300,"attrs":2072,"content":2073},{"backgroundColor":204},[2074,2080,2088,2094],{"type":304,"attrs":2075,"content":2076},{"textAlign":204},[2077],{"text":968,"type":309,"marks":2078},[2079],{"type":890},{"type":304,"attrs":2081,"content":2082},{"textAlign":204},[2083],{"text":903,"type":309,"marks":2084},[2085,2087],{"type":455,"attrs":2086},{"href":978,"uuid":956,"anchor":204,"target":144,"linktype":37},{"type":890},{"type":304,"attrs":2089,"content":2090},{"textAlign":204},[2091],{"text":872,"type":309,"marks":2092},[2093],{"type":890},{"type":304,"attrs":2095,"content":2096},{"textAlign":204},[2097],{"text":962,"type":309},{"id":204,"alt":204,"name":18,"focus":204,"title":204,"filename":204,"copyright":204,"fieldtype":256,"meta_data":2099,"is_external_url":207},{},[],[1361,1360],[],"why-crusoe-chose-on-energy-s-medium-voltage-ai-ups-solution-for-grid-safe-ai-infrastructure","posts/why-crusoe-chose-on-energy-s-medium-voltage-ai-ups-solution-for-grid-safe-ai-infrastructure",-510,[],"54d33892-ea6e-4800-a3f8-d147d6394625","2026-09-11T21:10:16.596Z",[],{"name":2111,"created_at":2112,"published_at":2113,"updated_at":2114,"id":2115,"uuid":2116,"content":2117,"slug":2169,"full_slug":2170,"sort_by_date":204,"position":2171,"tag_list":2172,"is_startpage":207,"parent_id":909,"meta_data":204,"group_id":2173,"first_published_at":2113,"release_id":204,"lang":211,"path":204,"alternates":2174,"default_full_slug":204,"translated_slugs":204},"Battery storage accelerates from supporting role to central infrastructure for AI and renewable grid demands","2026-08-14T19:28:23.116Z","2026-08-18T22:27:46.622Z","2026-08-18T22:27:46.636Z",209084838390185,"c96c37da-09e3-4279-8d7d-3a6b17cddcbc",{"seo":2118,"_uid":2119,"date":2120,"type":924,"image":2121,"intro":2127,"title":2111,"author":2128,"blocks":2129,"excerpt":2134,"contacts":2135,"location":940,"component":855,"foot_note":2136,"related_posts":2168,"regulatory_category":18},[],"643e488a-2b60-45f6-8f07-ce35bb5a3129","2026-08-14 00:00",{"id":2122,"alt":2123,"name":18,"focus":18,"title":18,"source":18,"filename":2124,"copyright":18,"fieldtype":256,"meta_data":2125,"is_external_url":207},209100041864026,"og-image","https://a.storyblok.com/f/288034353253643/1200x630/21e5e1739e/og-image.png",{"alt":2123,"size":2126,"title":18,"source":18,"copyright":18},"1200x630","The global battery energy storage sector is experiencing rapid growth, driven by the rise of AI, renewable generation, and grid flexibility needs, with industry innovations focusing on safety, reliability, and integrated software solutions to overcome commercial and technical challenges.","f4adedd1-e091-4c7a-82b2-7e26e2f07e00",[2130],{"_uid":2131,"link":2132,"label":938,"component":32},"e838069a-184c-46ae-b2d4-b7c480f4193e",{"id":18,"url":2133,"linktype":37,"fieldtype":29,"cached_url":2133},"https://noah-news.com/battery-storage-accelerates-from-supporting-role-to-central-infrastructure-for-a/","The global battery energy storage sector is experiencing rapid growth, driven by the rise of AI, renewable generation, and grid flexibility needs, with industry innovations focusing on safety, reliability, and...",[],{"type":300,"attrs":2137,"content":2138},{"backgroundColor":204},[2139,2150,2154,2160],{"type":358,"attrs":2140,"content":2141},{"level":360,"textAlign":204},[2142,2145],{"text":948,"type":309,"marks":2143},[2144],{"type":890},{"text":326,"type":309,"marks":2146},[2147,2149],{"type":455,"attrs":2148},{"href":955,"uuid":956,"anchor":204,"target":956,"linktype":37},{"type":890},{"type":304,"attrs":2151,"content":2152},{"textAlign":204},[2153],{"text":962,"type":309},{"type":358,"attrs":2155,"content":2156},{"level":965,"textAlign":204},[2157],{"text":968,"type":309,"marks":2158},[2159],{"type":890},{"type":304,"attrs":2161,"content":2162},{"textAlign":204},[2163],{"text":903,"type":309,"marks":2164},[2165,2167],{"type":455,"attrs":2166},{"href":978,"uuid":956,"anchor":204,"target":144,"linktype":37},{"type":890},[],"battery-storage-accelerates-from-supporting-role-to-central-infrastructure-for-ai-and-renewable-grid-demands","posts/battery-storage-accelerates-from-supporting-role-to-central-infrastructure-for-ai-and-renewable-grid-demands",-460,[],"c1f52718-e3f4-46f2-95bd-986b4c93af9f",[],{"name":2176,"created_at":2177,"published_at":2178,"updated_at":2179,"id":2180,"uuid":2181,"content":2182,"slug":2365,"full_slug":2366,"sort_by_date":204,"position":2367,"tag_list":2368,"is_startpage":207,"parent_id":909,"meta_data":204,"group_id":2369,"first_published_at":2370,"release_id":204,"lang":211,"path":204,"alternates":2371,"default_full_slug":204,"translated_slugs":204},"Lauren Wong + Kishan Ponnadurai on Mezcal Monday","2026-09-02T15:36:33.822Z","2026-09-17T21:13:00.216Z","2026-09-17T21:13:00.234Z",215751859520760,"b91c7e25-967e-4ee1-9e83-2b3511cb891d",{"seo":2183,"_uid":2184,"date":2185,"type":1448,"image":2186,"intro":2191,"title":2192,"author":2193,"blocks":2194,"excerpt":2335,"contacts":2336,"location":2337,"component":855,"foot_note":2338,"hero_video":2358,"hero_autoplay":207,"link_position":982,"related_posts":2360,"hero_embed_url":2361,"blog_categories":2362,"regulatory_category":2364},[],"3237b03f-6c1c-4530-9b1d-4839be862884","2026-08-13 00:00",{"id":2187,"alt":2188,"name":18,"focus":18,"title":18,"source":18,"filename":2189,"copyright":18,"fieldtype":256,"meta_data":2190,"is_external_url":207},215794222684903,"MM_YT_thumb_LAUREN+SHOALS 1","https://a.storyblok.com/f/288034353253643/1920x1080/9786f7e565/mm_yt_thumb_lauren-shoals-1.png",{"alt":2188,"size":1385,"title":18,"source":18,"copyright":18},"Welcome to Mezcal Monday! Today, Lauren Wong, ON.energy’s VP of Supply Chain, and Kishan Ponnadurai, Shoals Technologies Group’s Product Manager, sit down to discuss their partnership building the DC combiner cabinet for ON.energy's AI UPS™ product. Specifically, how it works, the engineering challenges, and what it's like working in the AI data center space.  \n\nSo, grab your mezcal and get comfortable, because Lauren and Kish are just getting started. ","Lauren Wong + Kishan Ponnaduari Mezcal Monday","4020d8e5-4544-47df-8f1b-50a80d81afcd",[2195],{"_uid":2196,"copy":2197,"component":847},"ba0509bd-0b7f-423f-bbab-87c45533d07f",{"type":300,"attrs":2198,"content":2199},{"backgroundColor":204},[2200,2205,2210,2215,2220,2225,2230,2235,2240,2245,2250,2255,2260,2265,2270,2275,2280,2285,2290,2295,2300,2305,2310,2315,2320,2325,2330],{"type":358,"attrs":2201,"content":2202},{"level":965,"textAlign":204},[2203],{"text":2204,"type":309},"Q: What’s the journey been like and what do you love most about your job today?  ",{"type":304,"attrs":2206,"content":2207},{"textAlign":204},[2208],{"text":2209,"type":309},"LW: \"I started on the commercial side, doing sales, actually, then moved into project management. And because we were five people, I was doing project management, but also engineering, procurement and logistics... But it's been fun. I've learned from a lot of different areas. Supply chain is one of the departments that I really liked, and that was really an important department for ON, and I grew into it.\" ",{"type":358,"attrs":2211,"content":2212},{"level":965,"textAlign":204},[2213],{"text":2214,"type":309},"Q: Walk us through how you got to Shoals. You’ve worked across a diverse range of industries. What brought you here? ",{"type":304,"attrs":2216,"content":2217},{"textAlign":204},[2218],{"text":2219,"type":309},"KP: \"So, I joined a fire suppression company that was building these customized solutions not just energy storage, but for wind turbines, for any sort of alternative energy source. I got super in tune with a lot of the stuff that's inside a battery storage container and all the different cabinets that we were building fire suppression for. Shoals actually reached out to me for this battery storage position focused specifically on an electrical cabinet. I pulled the trigger because I wanted to be a part of a bigger part of the industry. And here I am working with you guys.\" ",{"type":358,"attrs":2221,"content":2222},{"level":965,"textAlign":204},[2223],{"text":2224,"type":309},"Q: When Shoals started working with ON.energy on this, what was the specific problem the DC combiner was solving?  ",{"type":304,"attrs":2226,"content":2227},{"textAlign":204},[2228],{"text":2229,"type":309},"KP: \"You guys are building a really cool piece of technology. What you guys are doing is using batteries and inverters to provide a very unique service that solves a very unique problem that AI data centers have, and that is their volatile power draw. We, as Shoals, are building the connective piece, the DC combiner, that connects your batteries to these two inverters that you are using to solve that unique problem.\" ",{"type":304,"attrs":2231,"content":2232},{"textAlign":204},[2233],{"text":2234,"type":309},"LW: \"That's right. The famous DC cabinet. What Shoals brought to the table was very ample experience in the DC industry, which is something that not a lot of companies have. It was actually very hard to find someone with the experience. What we also found with Shoals that was very beneficial for us is a very process-focused approach to manufacturing, to developing, to design. That enabled a very quick mass production timeline and also the desire of Shoals to come into the data center industry and jump into this crazy market and crazy opportunity. And I think that was check, check, check.\" ",{"type":304,"attrs":2236,"content":2237},{"textAlign":204},[2238],{"text":2239,"type":309},"KP: \"Yeah. I mean, the industry was moving at light speeds. So, we had to work together very closely to kind of get things moving along, and I think we did a pretty good job.\" ",{"type":304,"attrs":2241,"content":2242},{"textAlign":204},[2243],{"text":2244,"type":309},"LW: \"Yeah. Still doing it.\" ",{"type":304,"attrs":2246,"content":2247},{"textAlign":204},[2248],{"text":2249,"type":309},"KP: \"Oh yeah. Definitely still doing it. That's right.\" ",{"type":304,"attrs":2251,"content":2252},{"textAlign":204},[2253],{"text":2254,"type":309},"LW: \"Schedule factory acceptance tests, quality inspections, quality audits. Conversations between our procurement team and your sales team. Conversations between my logistics team and your logistics team to make sure that the production dates are being followed, the ship-out dates are the ones that we have on record, that the equipment actually got to the site. So, it's a lot of coordination between these companies to get equipment to the site at the required specifications, quality, and schedule.\" ",{"type":358,"attrs":2256,"content":2257},{"level":965,"textAlign":204},[2258],{"text":2259,"type":309},"Q: For someone who’s never heard of a DC combiner, what is it, and why does it matter here? ",{"type":304,"attrs":2261,"content":2262},{"textAlign":204},[2263],{"text":2264,"type":309},"KP: \"It sits between your battery and your power conversion systems. If you think about the energy flow, you have the grid and that grid is feeding energy through a PCS. That PCS is actually connected to the DC combiner, then that combiner is connected to a battery. That battery’s energy flow then comes back from the battery through a second inverter connected on the other side of this DC cabinet, and that inverter is connected to the AI data center.\" ",{"type":304,"attrs":2266,"content":2267},{"textAlign":204},[2268],{"text":2269,"type":309},"LW: \"So it basically sits between the two power conversion systems and the battery.\" ",{"type":304,"attrs":2271,"content":2272},{"textAlign":204},[2273],{"text":2274,"type":309},"KP: \"Correct. In the AI UPS case, we're taking two inverters and connecting them to one battery. And I think a very clear problem was, well, no inverter has a way to connect to another inverter unless it goes through some sort of cabling. What we did is we offered that solution, all while also offering the connection to the battery. I think the other big problem that we were experiencing together was the available short circuit of this system is magnitudes higher than what we have typically seen. And I think that's just the nature of what this AI UPS is being used for. These available short circuits were extremely high and we had to build our system to withstand.\" ",{"type":304,"attrs":2276,"content":2277},{"textAlign":204},[2278],{"text":2279,"type":309},"LW: \"The DC industry in general is not as used to higher currents and higher short circuit currents with stand for even DC switches or DC fuses.\" ",{"type":304,"attrs":2281,"content":2282},{"textAlign":204},[2283],{"text":2284,"type":309},"KP: \"Yeah. And so how we design the fuses, how we design the actual enclosure – those were all things that we were working on together. It was a custom product and I think it needed to be. We can't just rinse and repeat one of these standard recombiners that we're building for microgrids or DC-coupled energy plan applications. This needed to be special.\" ",{"type":304,"attrs":2286,"content":2287},{"textAlign":204},[2288],{"text":2289,"type":309},"LW: \"Yeah. Much higher current than typical.\" ",{"type":358,"attrs":2291,"content":2292},{"level":965,"textAlign":204},[2293],{"text":2294,"type":309},"Q: Shoals just expanded to a 638,000 sq ft campus in Tennessee. Why does making things in the U.S. matter right now?  ",{"type":304,"attrs":2296,"content":2297},{"textAlign":204},[2298],{"text":2299,"type":309},"KP: \"Yeah, we invested a lot of money into that factory. We needed something in the U.S. We needed something here in our backyard that we could really start to deliver quality product with. Having a facility in the U.S. as big as this helps us maintain a lot of control, helps us become more creative in what we're building, and more importantly, it helps us move a lot quicker. I mean, you and I both know that this AI data center industry is moving at the speed of light, and we need to move with it. Having that in our backyard is super helpful. Shout out to U.S.A.\" ",{"type":304,"attrs":2301,"content":2302},{"textAlign":204},[2303],{"text":2304,"type":309},"LW: \"I think that what they're facing is basically a lot of material shortages because everyone needs material at the same time, which is tomorrow, and the industry and the supply chain can handle only some. Data centers are competing amongst each other to get equipment, to get transformers, to get cable even, to get steel. You kind of want both, right? You want the new, final engineered solution, but you want it fast. And I think balancing the priorities in that sense is the main cause of friction or the main cause of conflict internally.\" ",{"type":304,"attrs":2306,"content":2307},{"textAlign":204},[2308],{"text":2309,"type":309},"KP: \"But in order to build that data center that supports the grid while also having the amount of compute that it has inside of it, you need to have some sort of power generation to back that up. And that's why I think the product that you guys are building is amazing. I mean, you offer that.\" ",{"type":304,"attrs":2311,"content":2312},{"textAlign":204},[2313],{"text":2314,"type":309},"LW: “Yeah, exactly. Because it's not only power generation, it’s connecting and having power available in a responsible way that doesn't impact the grid and at the same time serves the data center needs.\" ",{"type":358,"attrs":2316,"content":2317},{"level":965,"textAlign":204},[2318],{"text":2319,"type":309},"Q: What excites you about where the industry is headed right now? ",{"type":304,"attrs":2321,"content":2322},{"textAlign":204},[2323],{"text":2324,"type":309},"KP: “This industry—this AI data center industry—is bringing people together who are so different and they're coming together to solve very unique problems, similar to how you and I are working to solve this power problem. A lot of them are coming together to solve a lot of civil problems that, you know, you and I probably don't think about on a day-to-day basis. And that to me was super interesting and really nice to see.\" ",{"type":304,"attrs":2326,"content":2327},{"textAlign":204},[2328],{"text":2329,"type":309},"LW: \"But a lot of industries have taken like protagonists and that they hadn't before. Like all of the thermal companies, for example, growing exponentially fast. Everyone in the infrastructure world, construction world, there's a lot of job creation in that sense, and that excites me a lot.\" ",{"type":358,"attrs":2331,"content":2332},{"level":360,"textAlign":204},[2333],{"text":2334,"type":309},"Cheers! ","Welcome to Mezcal Monday! Today, Lauren Wong, ON.energy’s VP of Supply Chain, and Kishan Ponnadurai, Shoals Technologies Group’s Product Manager, sit down to discuss their partnership building the DC combiner cabinet for ON.energy's AI UPS™ product.",[],"Miami, FL",{"type":300,"attrs":2339,"content":2340},{"backgroundColor":204},[2341,2354],{"type":304,"attrs":2342,"content":2343},{"textAlign":204},[2344,2346,2352],{"text":2345,"type":309},"Learn more about our ",{"text":2347,"type":309,"marks":2348},"medium-voltage AI UPS",[2349],{"type":455,"attrs":2350},{"href":2351,"uuid":204,"anchor":204,"target":169,"linktype":37},"https://www.on.energy/solutions/grid-safe-ai-ups-technology",{"text":2353,"type":309},". ",{"type":304,"attrs":2355,"content":2356},{"textAlign":204},[2357],{"type":311},{"id":204,"alt":204,"name":18,"focus":204,"title":204,"source":204,"filename":18,"copyright":204,"fieldtype":256,"meta_data":2359},{},[],"https://youtu.be/xv8IFpEVJEs?si=PTxnwBXIP2P_7Pk5&autoplay=0",[1360,2363],"industry-outlook",[],"lauren-wong-kishan-ponnadurai-mezcal-monday","posts/lauren-wong-kishan-ponnadurai-mezcal-monday",-470,[],"68fd8179-ed85-4e24-8931-10b789a2342a","2026-09-08T15:08:56.085Z",[],{"name":2373,"created_at":2374,"published_at":2375,"updated_at":2376,"id":2377,"uuid":2378,"content":2379,"slug":2429,"full_slug":2430,"sort_by_date":204,"position":2431,"tag_list":2432,"is_startpage":207,"parent_id":909,"meta_data":204,"group_id":2433,"first_published_at":2375,"release_id":204,"lang":211,"path":204,"alternates":2434,"default_full_slug":204,"translated_slugs":204},"Data Center Outages Are Less Frequent but More Expensive, Uptime Finds","2026-08-11T13:52:59.007Z","2026-08-11T13:58:49.161Z","2026-08-11T13:58:49.174Z",207940726833228,"4425c832-36c2-47c7-8775-7b5e23d56427",{"seo":2380,"_uid":2381,"date":2382,"type":924,"image":2383,"intro":2388,"title":2373,"author":2389,"blocks":2390,"excerpt":2388,"contacts":2395,"location":940,"component":855,"foot_note":2396,"related_posts":2428,"regulatory_category":18},[],"bdf1e03b-57f6-4813-adae-974c188f08b2","2026-08-06 00:00",{"id":2384,"alt":2385,"name":18,"focus":18,"title":18,"source":18,"filename":2386,"copyright":18,"fieldtype":256,"meta_data":2387,"is_external_url":207},207941367520833,"ismail-enes-ayhan-lVZjvw-u9V8-unsplash-1jpg","https://a.storyblok.com/f/288034353253643/900x518/3fad074e34/ismail-enes-ayhan-lvzjvw-u9v8-unsplash-1-jpg.avif",{"alt":2385,"title":18,"source":18,"copyright":18},"“The scale of modern data centers could lead to load swings of 1 GW multiple times per minute, which creates frequency variations and oscillations that the grid can’t handle,” ON.energy CTO Ricardo de Azevedo said in an 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It will succeed or fail on a question the industry is finally taking seriously: Can the grid survive the loads we are about to put on it? \n\n","744f7632-1a14-4c46-8b59-e2b840c67b4a",[3172,3212,3225,3295,3305,3345,3354,3379],{"_uid":3173,"copy":3174,"component":847},"31c6fafb-8b97-4abc-9eda-8f486934d200",{"type":300,"attrs":3175,"content":3176},{"backgroundColor":204},[3177,3182,3197,3202,3207],{"type":304,"attrs":3178,"content":3179},{"textAlign":204},[3180],{"text":3181,"type":309},"On one side: the electric grid, refined across a century to serve predictable industrial loads that draw power smoothly and recover gracefully when something goes wrong. On the other side: AI data centers, engineered for maximum compute, drawing power in ways the grid was never designed to absorb, with zero tolerance for disturbance. The grid and the AI factory need an active power layer between them that can absorb volatility in both directions. 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",{"type":304,"attrs":3198,"content":3199},{"textAlign":204},[3200],{"text":3201,"type":309},"That model is wrong. The gap between the assumption and reality is precisely where the hardest unsolved problem in AI infrastructure sits. ",{"type":358,"attrs":3203,"content":3204},{"level":965,"textAlign":204},[3205],{"text":3206,"type":309},"What’s actually happening inside an AI data center ",{"type":304,"attrs":3208,"content":3209},{"textAlign":204},[3210],{"text":3211,"type":309},"GPU clusters fire up and ramp down in milliseconds, throwing power swings of plus or minus 70% of a single unit's rated capacity. These are not occasional spikes; they are continuous, high-frequency oscillations that existing grid infrastructure wasn’t designed to absorb. ",{"_uid":3213,"size":3214,"image":3215,"video":3222,"caption":3218,"component":3223,"embed_url":18,"media_type":3224},"60973b47-994a-4615-bb53-59555b91f41e","small",{"id":3216,"alt":3217,"name":18,"focus":18,"title":3218,"source":18,"filename":3219,"copyright":18,"fieldtype":256,"meta_data":3220,"is_external_url":207},210866860497492,"Live AI Load","Live AI load profile with power swings of rated capacity","https://a.storyblok.com/f/288034353253643/708x400/d630c90e9a/live-load.png",{"alt":3217,"size":3221,"title":3218,"source":18,"copyright":18},"708x400",[],"post_media","image",{"_uid":3226,"copy":3227,"component":847},"6878d4a3-ee66-4578-967d-56a120356b36",{"type":300,"attrs":3228,"content":3229},{"backgroundColor":204},[3230,3235,3240,3245,3250,3255,3260,3265,3270,3275,3280,3285,3290],{"type":304,"attrs":3231,"content":3232},{"textAlign":204},[3233],{"text":3234,"type":309},"The problem runs in both directions. The data center is exposed to the grid: voltage dips, frequency excursions, momentary faults. But the data center has also become a threat to the grid. GPU load oscillations excite resonances in the transmission system itself, setting up instabilities that propagate well past the fence line. ",{"type":304,"attrs":3236,"content":3237},{"textAlign":204},[3238],{"text":3239,"type":309},"When a voltage event sweeps through, hyperscale campuses protect themselves by tripping offline. At gigawatt scale, the simultaneous loss of that much load is exactly what triggers cascading failures and regional blackouts. ",{"type":304,"attrs":3241,"content":3242},{"textAlign":204},[3243],{"text":3244,"type":309},"This is a two-front war, and while most solutions address one front, we address both. ",{"type":358,"attrs":3246,"content":3247},{"level":965,"textAlign":204},[3248],{"text":3249,"type":309},"Giving the battery its due ",{"type":304,"attrs":3251,"content":3252},{"textAlign":204},[3253],{"text":3254,"type":309},"Battery storage is valuable technology. We have built custom BESS solutions for commercial, industrial, and critical infrastructure applications for nearly a decade, and we own and operate our own Independent Power Producer sites. BESS can store energy, shift load, and participate in markets. It has a real role. But it has a fixed position beside the power path, not in it. ",{"type":304,"attrs":3256,"content":3257},{"textAlign":204},[3258],{"text":3259,"type":309},"When the grid hiccups, a BESS system has to detect the problem, respond, and then transfer. Even a fast static transfer switch takes as little as 4 milliseconds, and often longer. That might not sound like much but in power electronics, it’s an eternity. In that window, voltage has already sagged and GPU hardware has already seen a disturbance. In systems running continuous AI training jobs, that disturbance has consequences. ",{"type":304,"attrs":3261,"content":3262},{"textAlign":204},[3263],{"text":3264,"type":309},"Moving beyond speed, the deeper problem is architectural. BESS is a parallel system, meaning it sits beside the power path and reacts to what it sees. It is optimized for energy management: storing, shifting, and dispatching power over minutes and hours. That is the problem it was designed to solve, and it solves it well. Power quality conditioning at the microsecond level is a different problem entirely, and no amount of control software changes the fundamental constraint: a system that is not continuously in the circuit cannot provide continuous protection. ",{"type":304,"attrs":3266,"content":3267},{"textAlign":204},[3268],{"text":3269,"type":309},"This is why most data center developers who start with BESS quickly realize they also need a UPS. This is a separate system, inside the building, to protect the load from disturbances the BESS cannot catch fast enough. ",{"type":304,"attrs":3271,"content":3272},{"textAlign":204},[3273],{"text":3274,"type":309},"So now you are running two systems: BESS at the meter to manage grid-facing behavior, and distributed low-voltage UPS units inside to protect the servers. When you have two vendors, two maintenance contracts, two commissioning processes, you’ve introduced coordination layer with it’s own failure modes. ",{"type":304,"attrs":3276,"content":3277},{"textAlign":204},[3278],{"text":3279,"type":309},"And yet neither system, individually or together, reliably satisfies the voltage ride-through and ramp rate requirements that ERCOT is mandating for large loads (and that NERC, CAISO, MISO, and SPP are moving toward). ",{"type":304,"attrs":3281,"content":3282},{"textAlign":204},[3283],{"text":3284,"type":309},"You're left with two systems, and the full cost and complexity that come with both, but the core regulatory requirement is still unmet. ",{"type":358,"attrs":3286,"content":3287},{"level":965,"textAlign":204},[3288],{"text":3289,"type":309},"What inline really means ",{"type":304,"attrs":3291,"content":3292},{"textAlign":204},[3293],{"text":3294,"type":309},"AI UPS doesn’t sit beside the power path. It is the power path. Every watt flowing from the grid to the data center passes through our system continuously (not just during a fault). ",{"_uid":3296,"size":3214,"image":3297,"video":3304,"caption":3300,"component":3223,"embed_url":18,"media_type":3224,"corner_radius":211},"65f3b6b5-d219-45fa-a99d-62aee755953a",{"id":3298,"alt":3299,"name":18,"focus":18,"title":3300,"source":18,"filename":3301,"copyright":18,"fieldtype":256,"meta_data":3302,"is_external_url":207},210867940686571,"US patent","Unlike parallel BESS systems, our patented AI UPS is the power path. Incoming AC converts to DC, is held in battery storage, and reconverts to clean AC before it reaches the facility.","https://a.storyblok.com/f/288034353253643/1037x1000/39ef357e1b/us-patent.png",{"alt":3299,"size":3303,"title":3300,"source":18,"copyright":18},"1037x1000",[],{"_uid":3306,"copy":3307,"component":847},"a303b7e3-5f62-4925-8cc2-9b53d32b43d0",{"type":300,"attrs":3308,"content":3309},{"backgroundColor":204},[3310,3315,3320,3325,3330,3335,3340],{"type":304,"attrs":3311,"content":3312},{"textAlign":204},[3313],{"text":3314,"type":309},"This is what fully inline, double-conversion architecture means. Incoming grid power is converted from alternating current to direct current (AC to DC), stored momentarily in the battery, and then converted back to clean, tightly controlled AC by the output inverter before it reaches the facility. The load doesn’t encounter raw grid power directly. ",{"type":304,"attrs":3316,"content":3317},{"textAlign":204},[3318],{"text":3319,"type":309},"Because the system is always in the circuit, its transfer time isn’t just fast, it’s zero. There is nothing to transfer because the power is continuously conditioned. ",{"type":304,"attrs":3321,"content":3322},{"textAlign":204},[3323],{"text":3324,"type":309},"We operate at medium voltage: 13 to 35 kilovolts, the distribution voltage level at which most large facilities interconnect today. Operating at medium voltage instead of low voltage does two things: 1) It pulls the equipment out of the building, freeing indoor space for additional compute and cooling. 2) It also puts protection at the boundary, covering the whole site in both directions. Everything inside the fence is shielded from the grid. One system covers the entire electrical plant (IT load, cooling, pumps, and mechanical equipment), not just the server racks. ",{"type":358,"attrs":3326,"content":3327},{"level":965,"textAlign":204},[3328],{"text":3329,"type":309},"Both fronts, simultaneously ",{"type":304,"attrs":3331,"content":3332},{"textAlign":204},[3333],{"text":3334,"type":309},"I mentioned the two-front war. Here is what fighting both sides at once looks like. ",{"type":304,"attrs":3336,"content":3337},{"textAlign":204},[3338],{"text":3339,"type":309},"Protecting the data center from the grid. Because every watt passes through the system, the load is fully decoupled from the grid. Whatever happens upstream (voltage dips, momentary faults, the instabilities that ripple through a stressed transmission system) we filter out before it reaches the load. The data center never sees it. GPUs keep running and training jobs stay intact, no matter what the grid is doing. We have run this against live AI load profiles at full capacity and grid faults drop to zero, and the load keeps running. We have measured data using real hardware, under real grid conditions. The system meets every proposed voltage ride-through requirement, including the strictest standards regulators are imposing on large loads ",{"type":304,"attrs":3341,"content":3342},{"textAlign":204},[3343],{"text":3344,"type":309},"Protecting the grid from the data center. When thousands of GPUs spin up at once, there is a sudden, large demand spike on the grid. ON.energy’s system absorbs that spike internally with integrated storage and presents a smooth profile outward. In testing, we put swings of more than 70% of system capacity on the input, and the grid saw a flat line. And when the grid faults, the data center does not trip offline and dump gigawatts of load at once—it rides through. We have tested full voltage ride-through against the most stringent requirements now imposed on large loads, while running live AI workloads. AI factories can pull as chaotically as the workload demands.  The grid sees a smooth, stable load profile.",{"_uid":3346,"size":3214,"image":3347,"video":3352,"caption":3353,"component":3223,"embed_url":18,"media_type":3224,"corner_radius":211},"a5497fa4-4a8f-4da1-875d-1dfe05b94ce1",{"id":3348,"alt":3349,"name":18,"focus":18,"title":18,"source":18,"filename":3350,"copyright":18,"fieldtype":256,"meta_data":3351,"is_external_url":207},208654832303517,"ON.energy — site-download-high-res","https://a.storyblok.com/f/288034353253643/7952x5304/f9bb813f4c/site-full.jpg",{"alt":3349,"size":1454,"title":18,"source":18,"copyright":18},[]," ON.energy is actively deploying 3 GW of AI UPS™ across four hyperscale campuses. ",{"_uid":3355,"copy":3356,"component":847},"7fc60acf-1752-4bdc-8e3f-efa7f2f22963",{"type":300,"attrs":3357,"content":3358},{"backgroundColor":204},[3359,3364,3369,3374],{"type":358,"attrs":3360,"content":3361},{"level":965,"textAlign":204},[3362],{"text":3363,"type":309},"What we are ",{"type":304,"attrs":3365,"content":3366},{"textAlign":204},[3367],{"text":3368,"type":309},"Some have stapled BESS and UPS together and called it a solution. We understand why. When the right tool doesn't exist, you work with what you have. ",{"type":304,"attrs":3370,"content":3371},{"textAlign":204},[3372],{"text":3373,"type":309},"We built the right tool and deployed it at scale: one system, inline, medium voltage, fully proven in the field. The technology has been reviewed, approved, and adopted by the hyperscalers and regulatory bodies. It solves 100% of the problem at a lower cost than the two half-measures it replaces. The market has spent years waiting for something that actually works. And we’re here. ",{"type":304,"attrs":3375,"content":3376},{"textAlign":204},[3377],{"text":3378,"type":309},"But don’t call us BESS. We’re AI UPS.  ",{"_uid":3380,"size":3214,"image":3381,"video":3387,"caption":3383,"component":3223,"embed_url":18,"media_type":3224,"corner_radius":18},"373d5f6e-32b9-4213-b6a2-14fbf470f6c8",{"id":3382,"alt":3383,"name":18,"focus":18,"title":3383,"source":18,"filename":3384,"copyright":18,"fieldtype":256,"meta_data":3385,"is_external_url":207},210870400093304,"Comparison of BESS + LV UPS and MV AI UPS","https://a.storyblok.com/f/288034353253643/1173x1500/72614d9679/1781109756863.png",{"alt":3383,"size":3386,"title":3383,"source":18,"copyright":18},"1173x1500",[],"The AI buildout is one of the largest infrastructure expansions the United States has taken on since the interstate highway system. It will succeed or fail on a question the industry is finally taking seriously: Can the grid survive the loads we are about to put on it? ",[],{"type":300,"content":3391},[3392,3399,3428,3433],{"type":358,"attrs":3393,"content":3394},{"level":360,"textAlign":204},[3395],{"text":3396,"type":309,"marks":3397},"About the Author",[3398],{"type":890},{"type":304,"attrs":3400,"content":3401},{"textAlign":204},[3402,3409,3414,3416,3420,3426],{"text":3403,"type":309,"marks":3404},"Ricardo de Azevedo",[3405,3408],{"type":455,"attrs":3406},{"href":3407,"uuid":204,"anchor":204,"target":204,"linktype":37},"https://www.linkedin.com/in/ricardodeazevedo/",{"type":890},{"text":3410,"type":309,"marks":3411}," ",[3412],{"type":366,"attrs":3413},{"color":18},{"text":3415,"type":309},"is Chief Technology Officer and Co-Founder of",{"text":3410,"type":309,"marks":3417},[3418],{"type":366,"attrs":3419},{"color":18},{"text":326,"type":309,"marks":3421},[3422,3425],{"type":455,"attrs":3423},{"href":3424,"uuid":204,"anchor":204,"target":169,"linktype":37},"http://on.energy/",{"type":890},{"text":3427,"type":309},", leading the technology vision behind the company’s patented controls and power platforms that enable gigawatt-scale deployments. He is responsible for the design and development of AI UPS™. Ricardo also leads the architecture and delivery of ON.command™, the real-time intelligence layer that forecasts, dispatches, and controls energy assets with real-time commands and redundant, fault-tolerant operation. His work spans advanced automation, grid-forming capability, and system-level resilience, translating volatile load behavior into predictable power quality for mission-critical sites. His background blends engineering depth with commercial fluency, shaped by roles at Goldman Sachs and Barclays and entrepreneurial experience.",{"type":304,"attrs":3429,"content":3430},{"textAlign":204},[3431],{"text":3432,"type":309},"He holds a BS from Rice University and a master’s degree in electrical engineering from Florida International University where he specialized in microgrid and energy storage control systems.",{"type":304,"attrs":3434,"content":3435},{"textAlign":204},[3436,3438,3442,3447,3449,3453],{"text":3437,"type":309},"For more information about",{"text":3410,"type":309,"marks":3439},[3440],{"type":366,"attrs":3441},{"color":18},{"text":326,"type":309,"marks":3443},[3444,3446],{"type":455,"attrs":3445},{"href":3424,"uuid":204,"anchor":204,"target":169,"linktype":37},{"type":890},{"text":3448,"type":309},":",{"text":3410,"type":309,"marks":3450},[3451],{"type":366,"attrs":3452},{"color":18},{"text":3454,"type":309,"marks":3455},"www.on.energy",[3456,3459],{"type":455,"attrs":3457},{"href":3458,"uuid":204,"anchor":204,"target":169,"linktype":37},"https://www.on.energy/?utm_campaign=46345257-DCMB&utm_source=LI-article&utm_medium=home",{"type":890},{"id":204,"alt":204,"name":18,"focus":204,"title":204,"filename":204,"copyright":204,"fieldtype":256,"meta_data":3461,"is_external_url":207},{},[],[1360],[],"don-t-call-me-bess-why-ai-data-centers-need-an-active-power-layer","posts/don-t-call-me-bess-why-ai-data-centers-need-an-active-power-layer",-350,[],"9e0f1063-4fbd-4502-9859-d8d035023422","2026-07-24T15:43:36.666Z",[],{"name":3473,"created_at":3474,"published_at":3475,"updated_at":3476,"id":3477,"uuid":3478,"content":3479,"slug":3529,"full_slug":3530,"sort_by_date":204,"position":3531,"tag_list":3532,"is_startpage":207,"parent_id":909,"meta_data":204,"group_id":3533,"first_published_at":3475,"release_id":204,"lang":211,"path":204,"alternates":3534,"default_full_slug":204,"translated_slugs":204},"Inside the 800VDC Revolution – Part 1","2026-06-02T14:12:19.810Z","2026-06-02T14:16:10.461Z","2026-06-02T14:16:10.479Z",183172873506591,"7ccc1e2e-1c78-4a78-9579-5e461ee413ab",{"seo":3480,"_uid":3481,"date":3482,"type":924,"image":3483,"intro":3488,"title":3473,"author":3489,"blocks":3490,"excerpt":3495,"contacts":3496,"location":940,"component":855,"foot_note":3497,"related_posts":3528},[],"9f4cb125-6147-4362-97c5-ac853da3042a","2026-05-26 00:00",{"id":3484,"alt":3485,"name":18,"focus":18,"title":18,"source":18,"filename":3486,"copyright":18,"fieldtype":256,"meta_data":3487,"is_external_url":207},183173632789332,"afd57882-4edd-4d08-9ee9-923b94c43063_1672x941","https://a.storyblok.com/f/288034353253643/1456x819/c7451ef804/afd57882-4edd-4d08-9ee9-923b94c43063_1672x941.webp",{"alt":3485,"title":18,"source":18,"copyright":18},"Introduction: Welcome to the Power Chain Roller Coaster\nAcross every major industry conference in the first half of 2026, our research team kept walking past the same scene: a booth ten or fifteen people deep, leaning in to catch every word from another datacenter equipment messiah preaching the gospel of 800VDC. The pitch was the same every time. 800VDC is about to change the electrical infrastructure of the datacenter.\n\nEvery architectural shift looked excessive at first. Operators spent decades keeping water and leaks out of the data hall, then GPU thermal density made running coolant right up against the precious silicon unavoidable. Each shift happened anyway, because physics and the economics of compute do not negotiate. 800VDC is next, and the logic is the same. Tokens per watt are what matters.","3be83abb-cc15-4da4-81f7-f4d50b83f7a6",[3491],{"_uid":3492,"link":3493,"label":938,"component":32},"6e9714f0-fb10-4507-a88b-36e5f393663e",{"id":18,"url":3494,"linktype":37,"fieldtype":29,"cached_url":3494},"https://newsletter.semianalysis.com/p/inside-the-800vdc-revolution-part","Four-Phase 800VDC Transition, Power Rack Economics, SST, Equipment Content/MW Build, Supplier Implications\n",[],{"type":300,"content":3498},[3499,3505,3513,3524],{"type":358,"attrs":3500,"content":3501},{"level":965,"textAlign":204},[3502],{"text":968,"type":309,"marks":3503},[3504],{"type":890},{"type":304,"attrs":3506,"content":3507},{"textAlign":204},[3508],{"text":903,"type":309,"marks":3509},[3510,3512],{"type":455,"attrs":3511},{"href":978,"uuid":956,"anchor":204,"target":144,"linktype":37},{"type":890},{"type":304,"attrs":3514,"content":3515},{"textAlign":204},[3516,3519],{"text":948,"type":309,"marks":3517},[3518],{"type":890},{"text":326,"type":309,"marks":3520},[3521,3523],{"type":455,"attrs":3522},{"href":3424,"uuid":956,"anchor":204,"target":956,"linktype":37},{"type":890},{"type":304,"attrs":3525,"content":3526},{"textAlign":204},[3527],{"text":962,"type":309},[],"inside-the-800vdc-revolution-part-1","posts/inside-the-800vdc-revolution-part-1",-320,[],"db3f9104-9ed6-465e-9498-176b323a3615",[],{"name":3536,"created_at":3537,"published_at":3538,"updated_at":3539,"id":3540,"uuid":3541,"content":3542,"slug":3591,"full_slug":3592,"sort_by_date":204,"position":3593,"tag_list":3594,"is_startpage":207,"parent_id":909,"meta_data":204,"group_id":3595,"first_published_at":3596,"release_id":204,"lang":211,"path":204,"alternates":3597,"default_full_slug":204,"translated_slugs":204},"How Power Electronics Cut Generator Run Hours in AI-Scale Data Centers","2026-06-02T14:07:52.986Z","2026-08-06T14:43:06.693Z","2026-08-06T14:43:06.706Z",183171780591263,"bb07a225-9135-48ca-b9d7-f6b6ae7b5c01",{"seo":3543,"_uid":3544,"date":3482,"type":924,"image":3545,"intro":3550,"title":3536,"author":3551,"blocks":3552,"excerpt":3557,"contacts":3558,"location":940,"component":855,"foot_note":3559,"related_posts":3590,"regulatory_category":18},[],"517d0a81-f251-485f-9bdf-56fcc0bb18ff",{"id":3546,"alt":3547,"name":18,"focus":18,"title":18,"source":18,"filename":3548,"copyright":18,"fieldtype":256,"meta_data":3549,"is_external_url":207},183172580666096,"Electricity_storage_facilities_against_the_backdrop_of_high-voltage_transmission_lines","https://a.storyblok.com/f/288034353253643/1280x720/2314b59103/electricity_storage_facilities_against_the_backdrop_of_high-voltage_transmission_lines.webp",{"alt":3547,"title":18,"source":18,"copyright":18},"AI-scale computing and tightening ESG expectations are pushing data centers to rethink diesel generators as the default for resilience. Part One of this series examined battery energy storage systems (BESS) as a practical alternative to diesel generators. This second installment maps how advanced power electronics – grid-forming inverters, AI-capable UPS, high-voltage DC architectures, and universal damping controls – can minimize or replace diesel run hours while preserving uptime and improving grid stability. The aim is not to eliminate diesel but to use it sparingly with a right-sized generator tier reserved for extreme conditions.","5d10750a-c517-48ba-9fd2-cbc4962ebbc4",[3553],{"_uid":3554,"link":3555,"label":938,"component":32},"08e0ac97-0f60-49bd-b46a-80351ed9b54d",{"id":18,"url":3556,"linktype":37,"fieldtype":29,"cached_url":3556},"https://www.datacenterknowledge.com/uptime/how-power-electronics-cut-generator-run-hours-in-ai-scale-data-centers","AI-scale computing is driving data centers to adopt advanced power electronics that can handle voltage fluctuations and load swings electrically, relegating diesel generators to a backup role for extreme conditions only.",[],{"type":300,"content":3560},[3561,3567,3575,3586],{"type":358,"attrs":3562,"content":3563},{"level":965,"textAlign":204},[3564],{"text":968,"type":309,"marks":3565},[3566],{"type":890},{"type":304,"attrs":3568,"content":3569},{"textAlign":204},[3570],{"text":903,"type":309,"marks":3571},[3572,3574],{"type":455,"attrs":3573},{"href":978,"uuid":956,"anchor":204,"target":144,"linktype":37},{"type":890},{"type":304,"attrs":3576,"content":3577},{"textAlign":204},[3578,3581],{"text":948,"type":309,"marks":3579},[3580],{"type":890},{"text":326,"type":309,"marks":3582},[3583,3585],{"type":455,"attrs":3584},{"href":3424,"uuid":956,"anchor":204,"target":956,"linktype":37},{"type":890},{"type":304,"attrs":3587,"content":3588},{"textAlign":204},[3589],{"text":962,"type":309},[],"how-power-electronics-cut-generator-run-hours-in-ai-scale-data-centers","posts/how-power-electronics-cut-generator-run-hours-in-ai-scale-data-centers",-310,[],"65c43f7c-efa1-42a9-8dc8-590ef5952338","2026-06-02T14:11:53.128Z",[],[],[],{"cache-control":217,"connection":218,"content-encoding":219,"content-type":220,"date":1243,"etag":3601,"per-page":3602,"referrer-policy":223,"sb-be-version":224,"server":225,"strict-transport-security":226,"total":3603,"transfer-encoding":227,"vary":228,"via":3604,"x-amz-cf-id":3605,"x-amz-cf-pop":231,"x-cache":232,"x-content-type-options":233,"x-frame-options":234,"x-permitted-cross-domain-policies":235,"x-request-id":3606,"x-runtime":3607,"x-xss-protection":238},"W/\"6b7f2a6264903481efcd7a2e8aa42262\"","22","43","1.1 c7484e6276fff55040d279c262fe5f5a.cloudfront.net (CloudFront)","HAcbrPkF9Pknux6mDKubbzi7N-Rb8QSCoZ74yHB6OevcNJYo3Q7P1Q==","cd82bdba-fa0d-42b6-abc8-6ce2b63a25fc","0.055599",22,43,1794003959332]