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New York Data Center Intel

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Top JUST IN — New York

  • Aug 8, 2026 · interconnection filing

    2025-2044 Outlook Explores Pathways to a Reliable, Cleaner Grid

    Source: NYISO · Aug 07, 2026

    NYISO’s August 7, 2026 “2025-2044 Outlook Explores Pathways to a Reliable, Cleaner Grid” says New York demand is expected to rise over the next two decades, driven by “electrification policies and the emergence of new large loads,” and that “Transmission capability increasingly determines whether new resources can serve load.” NYISO also says the grid will need more transfer capability, including to “Increase transfer capability across the Central East transmission interface” and “Support zero-emissions generation development in Northern New York with bulk transmission upgrades to enable energy deliverability from this region.”

    Backed by 1 primary filing — sign in or book a call to see all sources.

  • Aug 2, 2026 · interconnection filing

    Large Load Facility Discussion: Data Submission Requirements and Forecasting Method

    Source: NYISO · Aug 26, 2022

    NYISO’s Aug. 26, 2022 Load Forecasting Task Force presentation proposes changes to how large loads are counted in peak forecasting: the definition of Large Load Facilities would be expanded for ICAP forecasting to include 40 MW or more below 115 kV in a Large Transmission District and 20 MW or more below 115 kV in a Small Transmission District, while the current interconnection threshold remains “Greater than 10 MW” at 115 kV or above or “80 MW or more” below 115 kV. NYISO also says “The sum of the forecasted large loads will be computed for each Transmission District and added to its ICAP Market Forecast” and that “The Transmission District Regional Load Growth Factor (RLGF) will not be applied to load changes from the Large Load Facilities.”

    Backed by 1 primary filing — sign in or book a call to see all sources.

  • Aug 2, 2026 · interconnection filing

    October 2022 Update of Load Forecasting Manual: Large Load Interconnection Reporting and Forecasting

    Source: NYISO · Oct 21, 2022

    NYISO’s October 21, 2022 Load Forecasting Manual update says large-load interconnections can materially change district forecasts: “Changes in the timing of the construction and ramp-up period of Large Load Facilities that are Interconnecting on the system have the potential to significantly alter the load forecast within a Transmission District” (NYISO). It also adds new reporting rules, requiring that “Large Load Facility forecast reports shall include the project status and forecasted load impacts” and that, after an SIS, the Connecting and Affected TOs submit reports quarterly or when forecasts change. NYISO further says “The sum of projected load changes reported for Large Load Facilities will be added to each TOs forecasted peak value as applicable.”

    Backed by 1 primary filing — sign in or book a call to see all sources.

  • Aug 2, 2026 · interconnection filing

    Transmission Expansion and Interconnection Manual

    Source: New York Independent System Operator

    NYISO’s 2019 Transmission Expansion and Interconnection Manual explains that the NYISO OATT covers interconnection of new and modified generation, transmission, and load facilities in New York, and that the process includes queue assignment for study requests and interconnection requests. NYISO states that it “adds the request to its list of Interconnection Requests and Transmission Projects (also known as the ‘NYISO Interconnection Queue’) with a queue position based on the date of receipt,” and that new LFIRs and TIAs are also assigned queue position based on receipt. The manual is policy guidance rather than a project-specific filing.

    Backed by 1 primary filing — sign in or book a call to see all sources.

  • Aug 2, 2026 · interconnection filing

    Forecasts for Reliability Planning Studies

    Source: NYISO · May 29, 2025

    NYISO’s May 29, 2025 “Forecasts for Reliability Planning Studies” says large loads are a meaningful component of future New York demand, with “Projected Large Load impacts from existing and future interconnection of Large Loads” included in the light-load forecast and “Large loads are assumed to contribute over 2,000 MW to the Light Load by 2035.” NYISO also says these reliability studies incorporate EV charging, building electrification, and BTM storage charging into future load shapes.

    Backed by 1 primary filing — sign in or book a call to see all sources.

Recent New York data center news

  • As Data Centers Spread, Cities Fight to Keep Up

    Aurora, Illinois and Anchorage, Alaska have each adopted new local rules for data centers in response to zoning gaps and community concerns.

    • Aurora imposed a moratorium on new data center approvals on September 25 of last year, then adopted permanent regulations this spring requiring 25% renewable energy sourcing, on-site battery storage for 50% of peak load for 15 minutes, plus water, energy, and sound studies before final occupancy.
    • Anchorage adopted an ordinance in March creating a conditional use permit process for data centers in commercial and industrial zones, with noise, visual, and setback standards and a requirement that developers prove electrical, water, and wastewater capacity or fund upgrades.
    • The article also cites wider context, including a 24% electricity rate increase in 2025 in Aurora attributed to new data center demand and a national tracker counting 219 local moratoriums as of August 4.
  • AI’s volatile power demand is damaging its own data centers

    This article explains that AI data centers are causing new reliability and grid-stability problems, based on interviews and reported observations rather than a single new company announcement.

    • Power equipment strain: Rapid AI workload swings are reportedly damaging batteries, generators, turbines, cooling systems, transformers, and flywheels; examples include cracked gas-fired turbines at xAI’s Colossus site in Memphis, Tennessee, and batteries needing replacement within weeks or months.
    • Grid and project impacts: The story says the issues are delaying or curtailing operations, including a 2.67-gigawatt AI campus in West Texas developed by Joulent Inc. with Chevron Corp., where power delivery is now expected in 2028 instead of 2027; NERC also issued a level-three alert for big data centers to address immediate grid risks by Aug. 3.
  • Texas Audit Could Delay 49.8 GW of Data Center Load, Cost Projects Up to $15 Billion, BNEF Warns

    BloombergNEF said Texas Gov. Greg Abbott’s Aug. 3 directive pausing new ERCOT data center connections could delay major data center load growth while the state audits the interconnection queue.

    • Abbott ordered the Public Utility Commission of Texas and ERCOT to verify and audit every data center project in the queue before additional projects advance; ERCOT then suspended Batch Zero timelines and said it would seek a good-cause exception before the Aug. 20, 2026 PUCT meeting.
    • BNEF estimated 49.8 GW of exposed data center demand on ERCOT, with possible revenue at risk of just over $8 billion in a 60% AI mix and roughly $15 billion in a 100% AI mix; the report also noted Texas SB 6 rulemaking, a $50,000/MW financial security requirement, and that ERCOT’s queue totals 474 GW of pending large-load requests.
  • Rugged Switchgear–A Reliable Data Center’s Bedrock

    National Breaker Services is highlighted in a commentary article promoting its medium-voltage switchgear for hyperscale data centers.

    • The article explains how Citadel switchgear supports redundant power, utility interconnection, generator synchronization, and fault isolation for large data center campuses, including systems rated up to 38 kV, 63 kA, and 5,000 amps or more.
    • It also says the company has KEMA full-fault certification to C37.09 and 37.013, cites a utility requirement of 44 kAIC at 38 kV, and states that National Breaker Services is currently fabricating more than 200 vertical sections of 38 kV, 44 kA switchgear for a major urban U.S. utility.
  • DOE Approves Safety Design of Deep Fission’s Underground SMR

    Deep Fission has announced that the U.S. Department of Energy approved the Nuclear Safety Design Agreement for its Gravity Nuclear Reactor, advancing the underground SMR project under the DOE Reactor Pilot Program.

    • The DOE approval establishes the safety framework for continued development and moves Deep Fission to the next authorization stage, including demonstration and eventual deployment.
    • The company says its Kansas pilot project is at the Great Plains Industrial Park in Parsons, Kansas, where it broke ground in December 2025, drilled a 6,000-foot data acquisition well, and delivered a prototype reactor canister.
    • Deep Fission said its Gravity Nuclear Reactor would be installed at least one mile underground and could generate 15 MWe; the company also said it had signed LOIs totaling 12.5 GW with data centers, co-developers, industrial parks, and strategic partners last October.
  • The 50 States of Power Decarbonization: States Pull Back on Clean Energy Commitments While Governors Step In to Address Large Load Additions in Q2 2026

    The NC Clean Energy Technology Center has released its Q2 2026 edition of the 50 States of Power Decarbonization, summarizing state and utility actions on clean energy, emissions targets, large load customers, and resource planning.

    • The report says all 50 states and Puerto Rico took 564 actions in Q2 2026, with about 650 introduced bills also under consideration; planned capacity additions in recent IRPs totaled 77,810 MW gas, 72,193 MW solar, 43,017 MW storage, 12,615 MW nuclear, and 12,327 MW wind.
    • It highlights policy trends including pullbacks on clean energy policies, governor actions on large load customers, and requirements that large load customers contribute to programs such as low-income support and energy efficiency; top developments included New York delaying an emissions target, Georgia Power‘s BYONCE program, and Pennsylvania adopting a statewide model large load tariff.
  • Do We Really Need Mega Next-Gen Data Center Campuses?

    The article explains why hyperscale data center campuses are becoming larger and more complex, offering analysis rather than announcing a new project.

    • It cites Meta’s 3,650-acre Hyperion campus in Richland Parish, Louisiana and mentions a floated 40,000-acre Utah site for Kevin O’Leary’s Stratos concept, later reduced to 20,000 acres.
    • Industry experts from JLL, Omdia, and Dell’Oro Group discuss multi-building campuses, 10-50 MW AI clusters, power and water planning, and the use of on-site generation, dedicated substations, and air-cooled chillers in cooler climates.
  • Patented: Solenic Medical’s Implant-Infection Device and 120 More Inventions Across North Texas

    Solenic Medical has announced progress toward a pivotal clinical trial for its SOLA-2 alternating magnetic field system after receiving FDA Investigational Device Exemption approval.

    • The company said the FDA approved its Investigational Device Exemption on June 23, 2026, clearing it to begin a pivotal trial for patients with periprosthetic joint infections and infected knee replacements.
    • The trial is expected to enroll patients in the second half of 2026 at national orthopedic and academic centers; Solenic estimates global healthcare costs from these infections at more than $6 billion a year, potentially rising above $15 billion by 2035.
  • Essential Summer Reads #1: How Juisci Is Using AI to Save Doctors 8 Hours a Week and Fight Medical Misinformation

    Juisci has announced a €5.5 million funding round to strengthen its R&D and expand into the U.S. market.

    • The Paris-based startup says it now helps 200,000 healthcare professionals in 60 countries access scientific research, using AI to select, summarize, and recommend peer-reviewed studies.
    • The round was led by Ring Capital with Big Pi Ventures and Bpifrance; CEO Robin Roumengas said the platform saves doctors hours each week by giving them key points and links to the original source.
  • With FCC ban on new Chinese-made optical transceivers for DCs likely, it may be time to stock up

    The article says the FCC is reportedly drafting a ban on new Chinese optical transceivers for US data centers, but no formal ban has yet been announced in the story.

    • Reuters reported that the FCC is working on a measure to bar imports of new Chinese optical transceivers and may publish and implement it this year.
    • Analysts said the likely effect would be panic buying, tighter supply chains, and increased scrutiny of non-Chinese components that may still contain Chinese parts.
    • The piece is a news analysis/commentary article based on unnamed sources and expert interviews, not a company press release.
    • It also discusses possible follow-on restrictions on switches, SmartNICs, DPUs, BMCs, storage controllers, and cooling/power management components.

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