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In ON.energy’s inline, double-conversion architecture, power passes through a DC link and controlled power converters; integrated energy storage supplies or absorbs transient energy. Grid disturbances remain upstream, while rapid AI load changes remain downstream.","How does an MV UPS act as a firewall between the grid and the data center?","faq_item",{"_uid":270,"answer":271,"question":272,"component":268,"cta_after":18,"cta_label":18},"a9a41ee4-f270-4f0f-a6c6-ecd2ad35d805","Faults, sags and swells stop at the UPS input. Because all power is continuously converted through a DC link, the load never sees the disturbance and there is no transfer event. 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Placing integrated energy storage between the facility and the grid absorbs those swings, with less than 1% battery state of charge variation, and presents a smooth, ramp-rate compliant profile to the grid regardless of what the GPUs are doing.","How can a data center reduce the grid impact of AI-load changes?",{"_uid":278,"answer":279,"question":280,"component":268,"cta_after":18,"cta_label":18},"dfda5884-4786-4f13-ad2d-6919b467dd51","Voltage ride-through is the ability to stay connected and keep operating through grid voltage disturbances instead of tripping offline and risking cascading failures. Large-load rules such as ERCOT’s LLVRT standards are making it a requirement. AI UPS™ rides through 0 V for the duration of the BESS (1+ hour) and sustains 120% voltage for 12 seconds.","What does voltage ride-through mean for a data center?",{"_uid":282,"answer":283,"question":284,"component":268,"cta_after":18,"cta_label":18},"d98f192a-16e8-4e84-b1bd-af9ef6d7e91b","A hall-level UPS protects one room from inside the building, so the campus still looks like a large, volatile load to the grid. A site-boundary UPS sits upstream at medium voltage, where the site meets the grid, decoupling the whole facility and handling grid compliance in one place. It is outdoor rated (IP55) and scales in 3.5 MW lineups to multi-GW sites.","Why is a site-boundary UPS different from a hall-level UPS?",{"_uid":286,"answer":287,"question":288,"component":268,"cta_after":289,"cta_label":290},"71fe2c0d-c1d1-453a-8284-4e8e44854fa8","Talk with our engineering and sales teams to go over specs, ride-through performance, and your data center’s power architecture and interconnection plan.","How do I get more technical information on AI UPS?","and we’ll connect you with a team member.","Request technical details","AI UPS Frequently Asked Questions",[293,298,302,306],{"_uid":294,"label":295,"value":296,"component":297},"8e98f4fd-c5d4-462c-b214-90e310242d46","Deployed","3 GW","hero_meta_item",{"_uid":299,"label":300,"value":301,"component":297},"05bce1d5-3b85-454e-a559-a41425a02716","NLR Testbed Validation","9.6 MW",{"_uid":303,"label":304,"value":305,"component":297},"ed2c21f7-3449-4f36-969a-85d8d4670210","Transfer time","Zero",{"_uid":307,"label":308,"value":309,"component":297},"8c74f49c-fd6e-4f11-95a6-07e0301abf36","Backup duration","1–8+ hrs","ON.energy builds and operates hyperscale power systems to solve the toughest resilience challenges. AI UPS™ is built on grid-scale power conversion and energy storage technology deployed in the hundreds of gigawatts worldwide.",{"id":312,"alt":313,"name":18,"focus":18,"title":18,"source":18,"filename":314,"copyright":18,"fieldtype":255,"meta_data":315,"is_external_url":207},185984994198681,"ON.energy AI UPS™ medium-voltage system render","https://a.storyblok.com/f/288034353253643/2000x1054/3ad872b559/ai-ups-render.jpg",{"alt":313,"title":18,"source":18,"copyright":18},"Medium-Voltage UPS \u003Cspan class=\"highlight\">for Data Centers\u003C/span>\u003Cbr/>","10 — ABOUT ON.energy",[319,324,328,332,336,340],{"_uid":320,"label":321,"value":322,"component":323},"4cb4898a-3aa9-4b21-b6f7-31a1c3a0a933","Operating & Under Construction","3 GW+","stat_item",{"_uid":325,"label":326,"value":327,"component":323},"1143da4d-61de-4f27-ae6b-862d9aa9e7e7","Production Capacity","10+ GW",{"_uid":329,"label":330,"value":331,"component":323},"502a4a1c-6258-4aaa-97a5-ffb69afb6aaa","Projects Across Americas","75+",{"_uid":333,"label":334,"value":335,"component":323},"f3d35998-cf8e-4da0-8631-61354ac25c25","Uptime Performance",">99.9%",{"_uid":337,"label":338,"value":339,"component":323},"305ec761-d2d0-4234-a97e-a9161b2fa43c","Tier-1 Component Warranties","20 yr",{"_uid":341,"label":342,"value":343,"component":323},"3c4ec0db-a8bd-4a1b-bd91-1d33bbe238f3","Manufacturing, FEOC Compliant","U.S.","Proven Technology\u003Cbr/>Foundation",{"type":346,"content":347},"doc",[348,355],{"type":349,"attrs":350,"content":351},"paragraph",{"textAlign":204},[352],{"text":353,"type":354},"As data center workloads shift toward AI and HPC, operators face a dual challenge: protecting sensitive, volatile compute loads from grid disturbances while ensuring the facility itself does not destabilize the local grid.","text",{"type":349,"attrs":356,"content":357},{"textAlign":204},[358],{"text":359,"type":354},"AI UPS™ solves this paradox — decoupling the load from the grid so that massive compute transients never disrupt the grid, and grid faults never disrupt the compute.",{"type":346,"attrs":361,"content":362},{"backgroundColor":204},[363,368],{"type":349,"attrs":364,"content":365},{"textAlign":204},[366],{"text":367,"type":354},"The ARIES Flatirons Campus provides hardware-in-the-loop testing at up to 20 MW with voltage levels reaching 13.2 kV - representing the real-world distribution and bulk power system interface. The facility offers two controllable grid interfaces: a 7 MW grid simulator that replicates utility grid behavior including disturbances and voltage ride-through events, and a 20 MW load simulator with 400-microsecond response times that reproduces real-world demand dynamics. AI UPS™ connects at medium voltage to both interfaces.",{"type":349,"attrs":369,"content":370},{"textAlign":204},[371],{"text":372,"type":354},"This enables ON.energy to prove AI UPS™ transient response and load smoothing performance under the most demanding conditions — including voltage ride-through events, frequency excursions, and rapid load transients — under controlled, repeatable conditions with GPS-synchronized medium-voltage data acquisition at every node.","AI UPS™ has been validated at full scale through the ARIES (Advanced Research on Integrated Energy Systems) platform - a world-class research infrastructure operated by the National Laboratory of the Rockies at its Flatirons Campus in Colorado.","ON.energy’s medium-voltage UPS protects AI data centers from power disturbances and shields the grid or onsite generation from AI load swings. 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MW",{"_uid":390,"label":391,"value":392,"component":323},"696e5aa8-02d8-466e-96d2-c9ded2e8aec8","Load Simulator (400 µs response time)","20 MW",{"_uid":394,"label":395,"value":301,"component":323},"69c1ad68-cfcb-4d7b-a63b-cd3f50cf4f66","Three Full Lineups Under Testing",{"_uid":397,"label":398,"value":399,"component":323},"6c219476-94ef-41bb-8e55-a0ed1c126c64","Medium-Voltage Connection","13.2 kV","Proven at the National\u003Cbr/>Laboratory of the Rockies","For technical inquiries, system sizing, or project discussions, our engineering team is ready to design a solution for your facility.","AI UPS™ transforms what is traditionally a cost center into a revenue generator through participation in grid services.","03 — AI UPS™ SOLUTION",[405,409,413,417],{"_uid":406,"label":407,"value":408,"component":323},"e20aa966-be2a-4097-b4b8-3b43906d0a96","Transfer Time","0 ms",{"_uid":410,"label":411,"value":412,"component":323},"4bd5b331-0da5-4ac5-800e-f3e350f2b930","Environmental 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Transients","https://a.storyblok.com/f/288034353253643/199x199/a6e7968662/volt.svg",{"alt":428,"title":18,"source":18,"copyright":18},"icon_feature_card",{"_uid":433,"copy":434,"icon":435,"title":437,"component":431},"5442bed9-c2d0-43e1-830f-6fd5a60ca29d","Training runs worth millions in compute time can be lost to momentary power disturbances.",{"id":436,"alt":437,"name":18,"focus":18,"title":18,"source":18,"filename":438,"copyright":18,"fieldtype":255,"meta_data":439,"is_external_url":207},185989083801017,"Zero Tolerance for Interruption","https://a.storyblok.com/f/288034353253643/199x199/ad11c7ff55/sheild.svg",{"alt":437,"title":18,"source":18,"copyright":18},{"_uid":441,"copy":442,"icon":443,"title":445,"component":431},"0a46c7d5-3233-4acc-ab42-e4010c41fa5c","Giga-campus deployments demand multi-GW power systems that break the traditional low-voltage UPS architecture mold.",{"id":444,"alt":445,"name":18,"focus":18,"title":18,"source":18,"filename":446,"copyright":18,"fieldtype":255,"meta_data":447,"is_external_url":207},185989465282022,"Unprecedented Scale","https://a.storyblok.com/f/288034353253643/199x199/f26b25a722/scale.svg",{"alt":445,"title":18,"source":18,"copyright":18},{"_uid":449,"copy":450,"icon":451,"title":453,"component":431},"70df4856-3404-4d57-8c2b-28d3c9485acd","Facilities must remain connected during grid disturbances rather than disconnecting and causing cascading failures.",{"id":452,"alt":453,"name":18,"focus":18,"title":18,"source":18,"filename":454,"copyright":18,"fieldtype":255,"meta_data":455,"is_external_url":207},185989953148420,"Voltage Ride-Through","https://a.storyblok.com/f/288034353253643/199x199/cd5a8d5e00/double-arrow.svg",{"alt":453,"title":18,"source":18,"copyright":18},{"_uid":457,"copy":458,"icon":459,"title":461,"component":431},"8a16d3a0-3e2d-4bed-ba83-42416a9eba3b","Similar requirements apply during frequency excursions across both 50 Hz and 60 Hz systems.",{"id":460,"alt":461,"name":18,"focus":18,"title":18,"source":18,"filename":462,"copyright":18,"fieldtype":255,"meta_data":463,"is_external_url":207},185990296225298,"Frequency Ride-Through","https://a.storyblok.com/f/288034353253643/199x199/c4837afc56/arrow-1.svg",{"alt":461,"title":18,"source":18,"copyright":18},{"_uid":465,"copy":466,"icon":467,"title":469,"component":431},"e92ff24f-553d-41ae-a0f8-319eaa94d3be","Large loads cannot appear or disappear instantaneously from the grid's perspective.",{"id":468,"alt":469,"name":18,"focus":18,"title":18,"source":18,"filename":470,"copyright":18,"fieldtype":255,"meta_data":471,"is_external_url":207},185990664488546,"Ramp Rate Control","https://a.storyblok.com/f/288034353253643/199x199/0bddf6a160/arrow-2.svg",{"alt":469,"title":18,"source":18,"copyright":18},"02 — THE CHALLENGE","Converging Power Requirements","AI UPS™ meets and exceeds the most stringent ride-through requirements currently proposed or in effect, including ERCOT's Large Load Voltage Ride-Through (LLVRT) standards.","08 — ECONOMIC VALUE","Beyond Backup:\u003Cbr/>Grid Services Revenue","09 — COMPLIANCE & STANDARDS","Industry Standards\u003Cbr/>Compliance","Modern AI workloads create power swings of ±70% of interconnection capacity within milliseconds. AI UPS™ completely decouples the facility's internal load behavior from its grid-facing power profile.","05 — GRID COMPLIANCE","Voltage & Frequency\u003Cbr/>Ride-Through",[483,488,492],{"_uid":484,"items":485,"title":486,"component":487},"68b0e9f8-b1d3-466d-92ef-216fa6556fb6","IEEE 1547 - Distributed Energy Resources\nERCOT NOGRR282 - Large Load Requirements\nPJM, CAISO, MISO regional requirements","Grid Interconnection","standards_group",{"_uid":489,"items":490,"title":491,"component":487},"32c7f658-9c36-412f-a852-2424095a834b","Uptime Institute Tier III/IV\nTIA-942 Infrastructure Standards\nASHRAE TC 9.9 Environmental Guidelines\nIEC 62040-3 Class 1 UPS Performance","Data Center",{"_uid":493,"items":494,"title":495,"component":487},"f1bd6800-65b4-4ab8-9652-cc360c5f76ba","UL 1741 - Inverters & Interconnection\nUL 9540 - Energy Storage Systems Safety\nIEEE 1584 - Arc-Flash Hazard\nNFPA 70 - National Electrical Code","Electrical Safety",{"type":346,"content":497},[498],{"type":349,"attrs":499,"content":500},{"textAlign":204},[501],{"text":502,"type":354},"Unlike lab-scale demonstrations, the Flatirons Campus tests AI UPS™ at the actual voltages, power levels, and grid conditions it will face in production deployments. ON.energy is running a full 3.2 MW branch through the most stringent load profiles in the industry, proving transient response and load smoothing performance at scale. The facility's digital real-time simulators - the largest in any R&D environment - scale test results to represent community and regional grid configurations, validating performance across every scenario before a single unit ships to a customer site.",[504,512,520],{"_uid":505,"copy":506,"icon":507,"title":509,"component":431},"989de55e-8cff-41bf-8621-1e414de13c82","Rapid load changes absorbed using integrated energy storage with minimal (\u003C1%) battery state of charge variation.",{"id":508,"alt":509,"name":18,"focus":18,"title":18,"source":18,"filename":510,"copyright":18,"fieldtype":255,"meta_data":511,"is_external_url":207},186001879905155,"Absorb","https://a.storyblok.com/f/288034353253643/199x199/1cc682e649/data.svg",{"alt":509,"title":18,"source":18,"copyright":18},{"_uid":513,"copy":514,"icon":515,"title":517,"component":431},"e588f089-d108-4b37-a4fa-119b11f30aa5","Presents a smooth, predictable power profile to the grid regardless of internal workload behavior.",{"id":516,"alt":517,"name":18,"focus":18,"title":18,"source":18,"filename":518,"copyright":18,"fieldtype":255,"meta_data":519,"is_external_url":207},186002176340900,"Smooth","https://a.storyblok.com/f/288034353253643/199x199/6ec4e5349d/eye.svg",{"alt":517,"title":18,"source":18,"copyright":18},{"_uid":521,"copy":522,"icon":523,"title":525,"component":431},"2e1952c8-1e54-4250-95b9-5c51311c099a","Maintains ramp rate compliance automatically, protecting grid infrastructure from stress.",{"id":524,"alt":525,"name":18,"focus":18,"title":18,"source":18,"filename":526,"copyright":18,"fieldtype":255,"meta_data":527,"is_external_url":207},186002398471096,"Comply","https://a.storyblok.com/f/288034353253643/199x199/cf6d882738/check.svg",{"alt":525,"title":18,"source":18,"copyright":18},"06 — TRANSIENT MANAGEMENT","AI Workload Transient\u003Cbr/>Management","Each data hall receives an independent AI UPS™ system with built-in redundancy - ensuring fault isolation, independent maintenance, and scalable deployment.","Why This Matters","Document Version 1.0 • 2026 • Public Distribution Permitted","07 — SYSTEM ARCHITECTURE",[535,544,552],{"_uid":536,"desc":537,"icon":538,"title":540,"component":543,"highlight":207},"bbdbaba1-7043-47a3-a538-f908043dfc9f","Medium Voltage Feed ",{"id":539,"alt":540,"name":18,"focus":18,"title":18,"source":18,"filename":541,"copyright":18,"fieldtype":255,"meta_data":542,"is_external_url":207},186003533972510,"Utility Grid","https://a.storyblok.com/f/288034353253643/199x199/a886c84ee8/grid.svg",{"alt":540,"title":18,"source":18,"copyright":18},"arch_node",{"_uid":545,"desc":546,"icon":547,"title":549,"component":543,"highlight":207},"6c454960-be0f-4c68-a314-eb5017553739","3.5 MW Lineups\u003Cbr/>N+1 to 2N+1",{"id":548,"alt":549,"name":18,"focus":18,"title":18,"source":18,"filename":550,"copyright":18,"fieldtype":255,"meta_data":551,"is_external_url":207},186004008297525,"AI UPS™","https://a.storyblok.com/f/288034353253643/199x199/541c673cce/energy.svg",{"alt":549,"title":18,"source":18,"copyright":18},{"_uid":553,"desc":554,"icon":555,"title":557,"component":543,"highlight":207},"19524e58-cb34-4dd9-816b-fc72433c8e4c","Clean, Uninterrupted Power",{"id":556,"alt":557,"name":18,"focus":18,"title":18,"source":18,"filename":558,"copyright":18,"fieldtype":255,"meta_data":559,"is_external_url":207},186004232258624,"Facility","https://a.storyblok.com/f/288034353253643/199x199/1845136ff7/system.svg",{"alt":557,"title":18,"source":18,"copyright":18},[561,565,569,573,577,581,585,589],{"_uid":562,"spec":411,"value":563,"component":564},"cbd7a6d5-8ce1-44fa-beba-febb85efea9e","IP55 (outdoor rated)","spec_row",{"_uid":566,"spec":567,"value":568,"component":564},"b93a3325-8290-4f66-97d8-e39445db2c0b","Installation Location","Upstream of facility switchgear",{"_uid":570,"spec":571,"value":572,"component":564},"26ea7678-5070-4002-ab0a-31898d520783","Design","Compact modular",{"_uid":574,"spec":575,"value":576,"component":564},"5c1aeca4-1d86-4c16-9ca1-366c4bacc037","Cooling","Self-contained, no building integration",{"_uid":578,"spec":579,"value":580,"component":564},"1fc3b058-62c2-447e-afce-e9f89e97a255","Maintenance","Full access from grade level",{"_uid":582,"spec":583,"value":584,"component":564},"cb1667b0-4181-475c-b4e6-7e7ef1e8bac2","Base Module","3.5 MW lineup",{"_uid":586,"spec":587,"value":588,"component":564},"0b680f94-523e-40f8-9c95-4dae10694344","Site Scalability","Unlimited - multi-GW supported",{"_uid":590,"spec":591,"value":592,"component":564},"680dd591-cb85-4b5c-b54d-bc35369cfac2","Backup Duration","1–8+ hours per configuration","Modular Design\u003Cbr/>at Any Scale","Get in Touch","AI UPS™ dramatically exceeds ERCOT compliance - riding through 0V continuously for the duration of the BESS (1+ hour), and sustaining 120% voltage for 12 seconds.","Traditional low-voltage UPS systems fail to meet ERCOT's Large Load ride-through requirements - leaving critical areas of non-compliance at low voltages.",[598,602,606,609,613,617],{"_uid":599,"component":600,"capability":407,"performance":601},"2ee44d73-7f52-4b14-9f7f-eb1fe5c4a355","capability_row","Zero (continuous power conversion)",{"_uid":603,"component":600,"capability":604,"performance":605},"fe6fa9cf-3755-4535-b6bf-d098b0188de2","Power Quality","Complete isolation from grid disturbances",{"_uid":607,"component":600,"capability":591,"performance":608},"8ff42f69-931d-4380-be82-1e9c354e7c8f","1–8+ hours (configurable)",{"_uid":610,"component":600,"capability":611,"performance":612},"fa72cfc7-6b19-49d3-9e37-ace8407988fb","Scalability","3.5 MW per lineup to multi-GW per site",{"_uid":614,"component":600,"capability":615,"performance":616},"9392185b-12ea-4326-9f32-21a38e38ae7b","Redundancy","N+1 to 2N+1 configurations",{"_uid":618,"component":600,"capability":619,"performance":620},"be601975-a825-4046-8c5d-18cf9cfe25b3","Installation","Outdoor-rated (IP55), upstream of facility","AI UPS™ (MV UPS)","LV UPS (Competitor)",[624,631,637,643],{"_uid":625,"copy":626,"range":627,"title":628,"component":629,"bar_percent":630},"e8669c47-2f21-44fc-8ffa-85ed27e5c855","Reduce facility demand charges by limiting grid draw during peak periods. Store low-cost energy during off-peak hours.","15–30% demand charge reduction","Peak Shaving","revenue_card","30",{"_uid":632,"copy":633,"range":634,"title":635,"component":629,"bar_percent":636},"fedf8c13-0805-4887-8e8b-bf41e96a4e3f","Participate in utility demand response programs and provide grid support during system emergencies.","50–200 /kW-year","Demand Response","60",{"_uid":638,"copy":639,"range":640,"title":641,"component":629,"bar_percent":642},"29478300-e545-449f-80ea-6ef76bf6d43d","Charge during low-price periods, discharge during high-price periods. Particularly valuable in ERCOT and CAISO markets.","Market-dependent","Energy Arbitrage","50",{"_uid":644,"copy":645,"range":646,"title":647,"component":629,"bar_percent":648},"8436562b-4528-4f91-a398-734b280b0e80","Frequency regulation, spinning reserves, and voltage support across multiple market structures.","$20–100 /kW-year","Ancillary Services","45","During a voltage ride-through event, the grid voltage drops to zero (true ZVRT event) while the AI UPS™ maintains perfectly stable load voltage at ~1.06 p.u. throughout. 10 ms timestep. Drag to zoom, double-click to reset.","During rapid AI workload transients, the AI UPS™ absorbs load power swings using integrated energy storage, presenting a smooth grid-facing power profile. 10 ms timestep. Drag to zoom, double-click to reset.","PROVEN VRT PERFORMANCE","Real data from our NLR full-scale testbed",[654,660,663,668,673,677,681],{"_uid":655,"aiups":656,"factor":657,"component":658,"traditional":659},"b64cc314-5fed-4705-924c-8563359ddce5","100% filtering","GPU Ripple","comparison_row","Buffering with ms delay",{"_uid":661,"aiups":305,"factor":407,"component":658,"traditional":662},"21384a80-fd09-480c-9729-63b55345f9b1","10–20 ms (STS)",{"_uid":664,"aiups":665,"factor":666,"component":658,"traditional":667},"3d242fc3-5c29-4cfc-8153-ee28852bb129","Integrated","Grid Compliance","Requires additional equipment",{"_uid":669,"aiups":670,"factor":671,"component":658,"traditional":672},"a18101ee-aa66-4679-aa8a-a92ace5cce79","Multiple streams","Revenue Generation","Limited (BESS only)",{"_uid":674,"aiups":675,"factor":611,"component":658,"traditional":676},"2028e9be-a42c-4089-9f38-a1c5c40202f9","Linear to multi-GW","Limited by LV architecture",{"_uid":678,"aiups":679,"factor":579,"component":658,"traditional":680},"0ed296bf-243f-4098-8f82-eef4946700d2","Single integrated system","Separate UPS & BESS systems",{"_uid":682,"aiups":683,"factor":684,"component":658,"traditional":685},"14c6a27a-dd4e-4521-8e35-56aed2b27506","Outdoor only","Space Requirements","Indoor UPS + outdoor BESS","PROVEN TRANSIENT MANAGEMENT",{"type":346,"content":688},[689],{"type":349,"attrs":690,"content":691},{"textAlign":204},[692],{"text":693,"type":354},"Conventional architectures rely on low-voltage UPS systems without grid-interactive capabilities, static transfer switches with non-zero transfer times, generators with seconds-long startup delays, and separate battery storage that doesn't provide UPS functionality. This fragmented approach creates protection gaps, compliance challenges, and missed economic opportunities.","Total Cost of Ownership","Traditional Approaches Fall Short",-50,[],"db154322-85c9-473d-b6a8-af6a3546e4d0","2026-06-11T12:14:23.429Z","/solutions/grid-safe-ai-ups-technology",[],[],[],{"cache-control":217,"connection":218,"content-encoding":219,"content-type":220,"date":705,"etag":706,"referrer-policy":223,"sb-be-version":224,"server":225,"strict-transport-security":226,"transfer-encoding":227,"vary":228,"via":707,"x-amz-cf-id":708,"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":709,"x-runtime":710,"x-xss-protection":238},"Fri, 06 Nov 2026 22:25:59 GMT","W/\"751b6a46c8c38724703b5ae61f2d4b71\"","1.1 c7484e6276fff55040d279c262fe5f5a.cloudfront.net (CloudFront)","aqX6OnDUkvjoLaPqcC5nzgd7RHuYL8ZDZGhJmWP0QKVKYFpxPlCwmg==","60a224ec-9e6e-4441-90c2-bad084534657","0.016579",1794003959365]