Indiana Data Center News

Jun 17, 2026

KKR Bets Big on AI Infrastructure With Helix Launch, Tapping Former AWS CEO Adam Selipsky to Build a New Hyperscale Model

KKR has announced the launch of Helix Digital Infrastructure to deliver vertically integrated AI infrastructure solutions.

Helix launch: KKR announced the creation of Helix Digital Infrastructure with more than $10 billion in long-duration committed capital, naming Adam Selipsky (former AWS CEO) as Co‑Founder and CEO, and citing founding partners KIA, NVIDIA, and Vistra; the company will manage and finance an integrated stack — land, data centers, power, transmission, and connectivity — to accelerate hyperscale AI deployments.
Background and concrete details: KKR positions Helix as an extension of its infrastructure platform after reporting more than $100 billion in infrastructure AUM and more than $70 billion invested across digital and power assets; Vistra is Helix’s preferred power partner and expects generation capacity approaching 50 gigawatts by end of 2026 and has executed more than 5,000 megawatts of PPAs with hyperscalers; NVIDIA will support DSX AI factory-aligned deployments focused on metrics like tokens per watt and time to first token.

Jun 12, 2026

From Components to AI Factories: Peter Panfil Says the Future of Data Centers Is All About Integration at Scale

Vertiv’s Peter Panfil presented a keynote at the 2026 7x24 Exchange Spring Conference outlining a vision to treat data centers as integrated “AI factories” that prioritize execution velocity, factory-assembled high-density modules, and outcomes-oriented metrics.

Main announcement: Vertiv (Peter Panfil) advocated for integrated, factory-produced HAC “hacks” as repeatable building blocks to accelerate deployment and reduce on-site integration. He noted a rapid module evolution from ~1.5 MW (a year ago) to ~6 MW current modules, with discussions already underway around 12 MW configurations; modules are now being assembled and fully tested in factories (including fluid charging and capacity validation) to enable plug-and-play site installation and faster commissioning.
Supporting details: Panfil proposed replacing traditional efficiency metrics with tokens-per-dollar-per-watt (debated/refined to tokens per watt per dollar), emphasized behavioral modeling/digital twins (example: coolant excursion reduced from ~9°C to ~3°C with modest buffering), and highlighted energy strategies including BYOP/on-site generation, UPS smoothing for grid stability, and community acceptance measures (waste heat reuse, grid support).

Jun 9, 2026

7x24 Spring Conference: Future-Proofing the AI Data Center Amid New Bottlenecks, New Risks, New Rules of Execution

The 7x24 Exchange Spring Conference highlighted that the data center industry must “future-proof” people, processes, and governance while introducing the development of a new quality framework, DCE 9000, through the Telecommunications Industry Association (TIA).

Main announcement/action: The conference sessions, led by speakers including Sol Rashidi, Google’s Govind Ramu and Gino Tozzi, and panelists from Victaulic, T5 Data Centers, DLB Associates, and Oracle, emphasized future-proofing operational and human systems for AI-scale data centers and noted that DCE 9000 is being developed through TIA as a common quality management framework for data center infrastructure equipment, suppliers, contractors, and operators.
Background and details: Presentations flagged concrete operational risks: roughly 70% of organizational change initiatives fail (research cited by Google), urgent needs around liquid cooling commissioning, contamination control, supplier governance, documentation discipline, and workforce development, and recommended earlier involvement of chemical treatment/water-quality specialists and tighter integration across engineering, contractors, commissioning providers, equipment manufacturers, and IT teams.

Jun 9, 2026

From Tail Risk to Design Baseline: How the Grid Is Adapting to Extreme Heat

POWER (Sonal Patel) reports that system planners and grid operators are now treating extreme heat as an assumed operating condition rather than a tail risk.

Main announcement/action: POWER summarizes that system planners and reliability entities (notably NERC and FERC) and operators are treating extreme heat as a design baseline, citing metrics such as EIA projection of ~1,610 CDDs for 2026 (4% above 2025), NERC’s 2026 Summer Reliability Assessment (net internal demand up 1.3% to 790 GW, and >58 GW of new on-peak capacity including 16.4 GW solar, 14.7 GW batteries, 6.7 GW natural gas, 1.6 GW wind), and FERC’s forecast of $46.81/MWh average wholesale price for summer 2026. The piece catalogues operational changes (hourly ambient-adjusted transmission ratings, dynamic line ratings pilots, ADMS/DERMS deployments) and emergency interventions (DOE Section 202(c) orders covering roughly 4,400 MW of extended capacity service).
Background and details: The article documents drought risks (FERC: 62% of continental U.S. impacted; Lake Powell inflow forecast at 13% of average), potential loss of up to 4,500 MW of Colorado River hydropower as soon as August 2026, rapid data center load growth (from 44 GW in 2025 to 55 GW in 2026, ~25%), and operational timelines (PJM implemented AAR on March 4, 2026; SPP expects AAR by Sept. 1, 2026; MISO full compliance by Q2 2028).

Jun 8, 2026

DCF Poll: Which Technology Will Define the Next Generation of AI Data Centers?

Data Center Frontier has launched a poll asking industry participants to vote on which technology will most shape AI data centers over the next three years.

Main announcement: Data Center Frontier is running a public poll titled “Which Technology Will Most Shape the Next Generation of AI Data Centers?” listing options including Direct-to-chip liquid cooling, Rack-scale power architectures, Digital twins and simulation, High-voltage DC distribution, Advanced optical interconnects, and On-site power generation/microgrids, and asking respondents to choose which will have the greatest impact over the next three years. The call to action is aimed at industry leaders, operators, engineers, developers, and technology providers to “Cast your vote and join the conversation.”
Background & details: The article is an engagement/reader-poll piece authored by Matt Vincent (Editor in Chief, Data Center Frontier). Contact information and profile links are provided (mvincent@endeavorb2b.com, LinkedIn). The content highlights a shift from simply deploying compute to choosing foundational infrastructure technologies (power, cooling, connectivity, operations) but does not announce partnerships, contracts, or project timelines beyond the three-year polling horizon.

Jun 4, 2026

Google Launches 1-GW-Plus Co-Located Data Center and Generation Complex in Texas Panhandle

Google and Intersect have launched construction on the Meitner Energy Center, a co-located data center and generation complex in the Texas Panhandle (Gray and Roberts Counties) that will integrate more than 1 GW of wind, solar and battery storage with on-site gas-fired generation for reliability firming.

Main announcement: Google and Intersect began construction on the Meitner Energy Center in Gray and Roberts Counties, Texas, a co-located data center + generation complex designed to deliver more than 1 GW of wind/solar/battery with on-site gas firming; the Google data center will use air-cooling (no evaporative cooling) and Google is establishing the Caprock Workforce Hub (an 800-acre managed residential facility intended to house up to 3,500 workers) to support construction. The site’s power is intended to be provided majority from clean energy on Day One, with a minority share firmed by on-site gas; Google referenced its $10 million Texas Water Impact Fund in relation to water stewardship.
Background and other details: Alphabet closed its acquisition of Intersect in March 2026 for $4.75 billion in cash plus assumed debt; prior partnerships included a >$800 million funding round led by Google and TPG Rise Climate tied to a targeted $20 billion in renewable infrastructure through the decade. The article also cites Google’s broader $40 billion Texas investment commitment through 2027, prior and new PPAs (e.g., Clearway ~1.17 GW, TotalEnergies 1 GW, Sunraycer ~400 MW, Linea 500 MW), the Quantum project (640 MW solar / 1.3 GWh storage scheduled to start operations June 2026), and Google’s commitments such as training 1,700 electrical apprentices by 2030 and a $30 million Texas Energy Impact Fund (first recipients announced May 2026).

Jun 3, 2026

Data Center Jobs: Engineering, Construction, Commissioning, Sales, Field Service and Facility Tech Jobs Available in Major Data Center Hotspots

Data Center Frontier, in partnership with Pkaza, posts the latest data center career opportunities on its jobs board.

Main announcement: Data Center Frontier and Pkaza have published a roundup of active data center job openings covering roles such as Mechanical Applications Engineer, Electrical Commissioning Engineer, Project Coordinator, Architect Design Manager, Electrical Project Manager, Commissioning Project Manager, Controls PM, Facility Operations Director, Project Executive (Owner’s Rep), and other critical-facilities positions across multiple U.S. locations (examples include Pittsburgh, PA; New Albany, OH; Ashburn, VA; Charlotte, NC; Denver, CO; Naperville, IL). Many roles note remote, traveling, or multiple-city availability and relocation options where specified.
Background / details: This is a recurring/monthly jobs-posting series powered by Pkaza Critical Facilities Recruiting and the Data Center Frontier jobs board; listings emphasise employer needs for MEP/critical facilities design, commissioning, mission-critical power and cooling expertise, energy efficiency and LEED experience, and include travel/remote work options and multiple-site listings for several roles. No monetary values, contract amounts, or deal announcements are included.

Jun 2, 2026

Water Emerges as a Critical Constraint for AI Data Centers

Gradiant (Anurag Bajpayee) says water is becoming a strategic constraint for AI data centers and the company is deploying its HyperSolved platform with major hyperscale operators across multiple regions.

Main announcement: Gradiant is deploying its HyperSolved end-to-end cooling water management platform with several of the world’s largest hyperscale operators now across North America, Europe, and Asia, positioning water availability, reuse, discharge management, and community acceptance as business continuity and siting issues rather than only sustainability concerns. The company also promotes its SmartOps AI-driven operational platform and proprietary processes (CGE, CFRO) to enable high reuse and integrated operations.
Supporting details / background: Operator interest has surged in the past 12–24 months (most significant in the last 12 months); new AI campuses can consume water comparable to a city of 80,000 people; Gradiant offers MLD or ZLD architectures up to ~99% recycling, and Bajpayee states comprehensive water treatment infrastructure can cost on the order of about one percent of a data center’s capital cost. Deployments leverage treated municipal wastewater, industrial effluent, and integrated treatment + AI-driven controls; timing described as ongoing / now being deployed (no firm project-by-project timelines provided).

Jun 2, 2026 · Google

We’ve signed a first-of-its-kind agreement with Voltus to create a smart capacity solution for the grid.

Google has signed a three-year agreement with Voltus to create a smart capacity solution for the PJM grid.

Three-year agreement: Google and Voltus will unlock up to 100 megawatts (MW) of new electricity capacity from flexible distributed energy resources in the PJM grid region (which serves 67 million people). Voltus will orchestrate batteries and smart thermostats, reducing demand when the grid needs it and paying participating local homes and businesses. Implementation timeline: three years from the agreement start.
Background and supporting detail: The post links a Brattle report estimating U.S. consumers could save more than $100 billion over the next decade through smarter grid utilization; Google frames this as part of broader pilots (including data center demand response) to scale models that strengthen grids serving Google data centers.

Jun 1, 2026

Can Data Centers Really Lower Electric Bills?

DTE Energy, Indiana Michigan Power and Georgia Power have each advanced claims that large data centers could lower electricity bills for existing customers.

Main announcement/action: Utilities (DTE Energy, Indiana Michigan Power, Georgia Power) argue that large data-center load growth can reduce overall customer rates if revenues from hyperscale customers are allocated to rate relief; examples include Indiana Michigan Power’s 3.6% customer-bill reduction tied to an operating Google data center and DTE’s projection of roughly $300 million annually in affordability benefits if planned data-center projects come online.
Background and implementation details: Regulatory approvals and safeguards vary: Georgia Power won approval to lower overall bills while preserving a base-rate freeze through 2028 and projects >8 GW of load growth through 2030; Indiana’s settlement requires 20-year service agreements, enhanced collateral, and minimum billing obligations equal to 90% of contracted demand to limit stranded-cost risk; DTE has proposed pausing future rate requests for at least two years contingent on projects materializing.

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