Bloom Energy

Recent news

• Jul 17, 2026

  The AI Infrastructure Split Screen: Capital Rush Meets Community Resistance

  Data Center Frontier has published an analysis of the mid-July AI infrastructure market, combining public-market activity, project announcements, financing moves, and local permitting disputes.

  • Capital markets: Csquare priced 50 million shares at $21 to raise about $1.05 billion and implied an equity value of roughly $3.2 billion; Switch was linked to a potential $10 billion IPO and near $80 billion valuation including debt; Databricks signed a term sheet for a financing at a $188 billion valuation with the Wall Street Journal reporting about $3 billion in new investment.
  • Project and policy developments: Meta said its Hyperion expansion in Louisiana could reach 5 GW and more than $50 billion; Google was tied to a 2.7 GW Project Tembo in Wyoming; New York Gov. Kathy Hochul ordered an up-to-one-year pause on discretionary environmental permitting for certain hyperscale data centers; Palm Beach County commissioners rejected Project Tango by 5–1 after a roughly 12-hour hearing.
  • The article is a broad market commentary and synthesis, not a single original company announcement. It references multiple first-reported deals and filings, while also citing local opposition, power constraints, and community consent as central themes.
• Jul 17, 2026

  IDF, Oaktree to invest $1.7 billion in Bloom Energy fuel cells for AI infrastructure

  Industrial Development Funding (IDF) and Oaktree have announced a $1.7 billion investment to deploy Bloom Energy fuel-cell technology for AI cloud infrastructure, including dedicated electricity supply for Nebius’ AI computing operations.

  • IDF is leading the development of the Nebius project, while Oaktree will participate as a minority equity investor.
  • The funding will support behind-the-meter power generation using Bloom Energy fuel cells to help Nebius meet rising AI compute capacity demand; the article also notes that Brookfield agreed in 2025 to invest up to $5 billion in Bloom fuel-cell technology for data centers.
  • The piece is a news report describing a newly announced investment, not a transcript or opinion piece.
• Jul 10, 2026

  Siemens and FuelCell Energy partner on fuel cell power for data centers and other industrial offtakers

  Siemens and FuelCell Energy have announced a non-binding Memorandum of Understanding to collaborate on fuel cell-based power generation, with data centers identified as a key offtaker.

  • Siemens will design and supply electrical balance-of-plant systems for fuel cell installations supporting commercial projects above 100MW.
  • The companies will jointly develop distributed energy systems combining fuel cells, battery energy storage, microgrid controls, and medium-voltage electrical equipment, and will evaluate ways to scale deployments, improve timelines, and reduce costs.
  • The article also references prior FuelCell Energy deals: a binding agreement with Fit Energy USA for up to 380MW, and non-binding agreements with SDC for up to 450MW and Inuverse for up to 100MW in Daegu, South Korea.
• Jul 9, 2026

  Can Growing Community Backlash Quiet the AI Data Center Boom?

  The article reports that organized opposition to US data center development is growing rapidly as AI infrastructure buildouts accelerate, with new survey and tracking data suggesting community acceptance is becoming a major site-selection factor.

  • DataCenterOpposition.com says it now tracks 430 local groups opposing data center projects in more than 40 states, up from 268 in April and about 76 at end-2025; the groups are estimated to represent more than 525,000 members.
  • The piece also cites Data Center Watch reporting opponents blocked or delayed at least 75 projects representing roughly $130 billion in Q1 2026; in Virginia, QTS ended its Prince William Digital Gateway pursuit and the Dulles South Innovation Center proposal collapsed after permitting, political, and community opposition.
• Jul 3, 2026

  Brookfield expands partnership with Bloom Energy to support fuel cell deployment across AI data centers

  Brookfield has expanded its partnership with Bloom Energy to support the supply of Bloom’s Solid Oxide Fuel Cell (SOFC) systems to AI data center customers.

  • Brookfield will increase its investment in Bloom Energy from $5 billion to $25bn under the expanded agreement.
  • The package is part of Brookfield’s AI Infrastructure Fund, launched in November 2025 with a target to deploy $100bn; Bloom said the deal reflects strong demand from the data center sector.
  • The article also references prior Bloom data center deals with Nebius, Oracle, Equinix, and American Electric Power, including capacity figures of up to 2.8GW, 100MW+, and 1GW.
• Jul 1, 2026

  Brookfield-Bloom $25B Aims to Make Energy Certainty Financeable

  Brookfield Asset Management announced an expansion of its financing partnership with Bloom Energy, increasing the framework from $5 billion to $25 billion to accelerate on-site fuel-cell generation for hyperscalers and AI developers.

  • Main announcement: Brookfield expanded its financing framework with Bloom Energy from $5 billion to $25 billion, intended to fund Bloom fuel-cell projects globally and shorten deployment timelines by pairing financing with on-site power while projects await utility interconnection. The expansion is positioned within Brookfield’s AI Infrastructure Fund (launched late 2025) which aims to deploy $100 billion across AI factories, power solutions, compute infrastructure, and strategic capital partnerships.
  • Background and implementation details: The original financing framework was established in October 2025; the expanded program will bundle capital with power, compute, and data center infrastructure from day one to enable projects to advance during long utility interconnection queues. The announcement frames energy certainty (reliable on-site megawatts) as a financeable element of AI infrastructure rather than a routine utility arrangement.
• Jun 26, 2026

  Grid Delays Push AI Data Centers Toward Fuel Cells, Market Seen Reaching $30 Bn: Rystad

  Rystad Energy projects fuel cell market revenues will increase tenfold to approximately $30 billion by 2030 and reports a growing contracted order book of ~9 GW, citing framework agreements with Oracle, AEP, Equinix and Brookfield.

  • Main announcement: Rystad Energy projects fuel cell market revenues to rise from ~$2.8 billion in 2025 to ~$30 billion by 2030, with a contracted order book of ~9 GW and 10.4 GW cumulative data-center demand between 2026–2030. The firm highlights ~40% of projected U.S. 2030 data center capacity may pursue on-site dedicated power and expects manufacturing capacity to reach 4 GW/year by 2030.
  • Background and details: Rystad cites grid interconnection timelines of 3–6 years in the U.S., notes North America to account for ~91% of installed on-site capacity, flags SOFC dominance (~53% of deliveries) and concentration risk around Bloom Energy’s SOFC contracts and scandium dependency (global scandium market ~60 t/yr).
• Jun 25, 2026

  FuelCell Energy signs up to 380MW fuel cell supply deal with Fit Energy to power data center operations

  FuelCell Energy has announced a binding data center power deal with Fit Energy USA to supply up to 380MW of on-site fuel cell generation.

  • Deal terms and timeline: The agreement commits FuelCell Energy to supply up to 380MW of behind-the-meter fuel cell generation to power data centers, with an immediate deposit for an initial 30MW, and delivery scheduled to begin later this year; the remaining capacity will be deployed in phases tied to deployment milestones.
  • Background and related details: The announcement cites FuelCell Energy’s product lineup (1.25MW, 2.5MW and 12.5MW systems) and notes prior non-binding partnerships including with Sustainable Development Capital (up to 450MW) and Inuverse (up to 100MW in Daegu, South Korea); Fit Energy (headquartered in Boca Raton, Florida) is described as an energy infrastructure developer focused on long-term ownership for the digital economy.
• Jun 23, 2026

  EdgeMode plans 300MW natural gas-powered data center campus in Toledo, Spain

  EdgeMode has announced plans to develop the 300MW Malpica AI data centre campus in Mora, Toledo, in partnership with Bloom Energy, backed by a non-binding Memorandum of Understanding.

  • Project details: The proposal calls for a €3 billion ($3.42bn) investment to build a 300MW campus in Mora, Toledo; the design uses 30 x 10MW Bloom Energy fuel cell modules powered by natural gas to enable faster deployment and aims for operational readiness within 18–24 months from the start of construction.
  • Status and background: Parties signed a non-binding MoU this month, so the investment must still clear administrative, financing, and implementation steps; EdgeMode is already developing a Spanish AI data centre platform via a JV with Blackberry Alternative Investment Fund (BAIF) and earlier secured 1.5GW of firm power for that platform, while its Spanish pipeline now totals >4.35GW across eight sites.
• Jun 15, 2026

  APAC data centres risk a fossil fuel dependency long-duration energy storage can help end

  Pavina Adunratanasee of ArkTerra Partners argues APAC’s AI data centre buildout risks locking the region into long-term coal and gas dependency without long-duration energy storage solutions.

  • Main announcement/argument: ArkTerra Partners warns that 24.2GW of announced data centre capacity (2025–2030) across nine APAC markets could drive ~166 million tonnes CO2e/year by 2030 on a business-as-usual grid; cites hyperscaler commitments including Microsoft’s A$25 billion (US$18 billion) pledge to Australia through 2029 and Amazon’s A$20 billion commitment, and highlights recent deals (Meta–Noon: up to 1GW/100GWh with a 25MW pilot by 2028; Bloom–Oracle: up to 2.8GW on-site fuel cells with 1.2GW deployed; Google–Voltus: 100MW BYOC VPP over three years).
  • Background and concrete constraints: Points to regulatory and resource risks (Johor state deferring water-cooled approvals until mid-2027; ~9GW AI-ready capacity with legacy cooling could use ~18 billion litres/year), explains that gas peakers (~US$30/MWh marginal cost) and long coal retirements extend fossil lock-in, and concludes the core barrier is a project development capital gap at pre-feasibility for first-of-a-kind storage projects.
• Jun 9, 2026

  Hydrogen’s Hurdles, Fuel Cells’ Rise in Data Center Power

  DataCenterKnowledge publishes a final installment reviewing less-mature or emerging alternatives to diesel generators for data center backup power, focusing on hydrogen backup, fuel cells, and renewable fuels.

  • Main coverage: The article assesses hydrogen engines and fuel cells and renewable diesel as diesel alternatives, noting concrete deployments and pilots: NorthC Datacenters ordered six Jenbacher hydrogen engines in the Netherlands (dual-gas for short hydrogen outages), Microsoft piloted a 3 MW hydrogen fuel cell in Latham, NY, and Bloom Energy signed a $5 billion strategic partnership with Brookfield to accelerate fuel cell capacity. It highlights the Dutch ~300 km national hydrogen network repurposed from natural gas pipelines and Microsoft’s prior 2030 diesel elimination pledge as context.
  • Background & policy details: The piece notes regulatory movement with the US EPA removing proposed hydrogen co-firing mandates from its NSPS (earlier draft had ramped to 96% by 2038), cites cost and infrastructure constraints for hydrogen (production, transport, storage, permitting), and points out that fuel cells running on natural gas/biogas are identified as the most likely near-term scalable solution for behind-the-meter AI power needs.
• May 18, 2026

  From Backup to Prime Power: How AI Data Centers Are Bypassing the Grid

  Data center developers and suppliers are increasingly adopting onsite prime power generation and expanded backup generator deployments to bypass grid connection delays.

  • Main action: Data center operators and developers are pursuing on-site prime power (backup generators and engine power plants) to bypass grid congestion and accelerate time-to-power; analysts project more than 35 GW of data center power is likely to be self-generated by 2030 (Omdia), and 27% of data centers are expected to rely entirely on onsite generation for primary power by 2030 (Bloom Energy survey). Key names: Omdia, Wärtsilä Energy, Rolls-Royce, Cummins, Applied Digital; concrete project detail: Wärtsilä supplying 282 MW via 15 × 18V50SG engines for a new Ohio data center.
  • Background and specifics: Grid constraints drive the shift—LBNL projects data centers will account for 12% of U.S. electricity demand by 2028; equipment and supplier responses include Rolls-Royce investing $75 million (Aiken, SC mtu Series 4000 production) plus $24 million expansion in Mankato, MN, Cummins’ containerized Centum Force offering, and deployment of synchronous clutches (SSS Clutch Company) to enable ancillary grid services and improve generator economics.
• Apr 29, 2026

  Oracle’s Project Jupiter Ditches Gas Turbines for Bloom Fuel Cells

  Oracle will replace planned gas turbines and diesel backup with a fuel-cell-based microgrid for its Project Jupiter AI data center campus in Doña Ana County, New Mexico.

  • Main announcement: Oracle has revised Project Jupiter to a single fuel-cell and storage microgrid sized to accommodate up to 2.45 GW of on-site capacity, eliminating combustion and using minimal water with closed-loop, non-evaporative cooling; Oracle says this design cuts nitrogen oxide emissions by roughly 92%. The campus spans ~1,400 acres with four hyperscale buildings and has been described as a long-term investment that could reach up to $165 billion, projecting ~4,000 construction jobs and ~1,500 ongoing roles; Oracle also has an agreement with Bloom Energy spanning up to 2.8 GW of capacity (including 1.2 GW already under contract).

  • Background and implementation details: Earlier plans included gas turbines and diesel generators but the current design removes those in favor of fuel cells and battery storage; Oracle expects to spend about $50 billion on AI infrastructure this fiscal year. Article notes typical operator practice is to deploy a limited microgrid first and plan to connect to the grid within two to three years, and highlights engineering challenges such as protection coordination, fuel-cell limitations for variable loads, and the need to size for peaks or pair with batteries.

• Apr 28, 2026

  Environmental groups file protest against pipeline to power Project Jupiter

  Environmental groups filed a protest with the Federal Energy Regulatory Commission (FERC) against Transwestern Pipeline Companies’ effort to fast-track the 17-mile, $60.2 million Green Chile Pipeline to supply natural gas to Project Jupiter’s power plant.

  • Main action: Environmental groups (including the Sierra Club Rio Grande Chapter) have filed a protest with FERC asking that Transwestern Pipeline not be allowed to begin construction under a FERC “Blanket Certificate” and instead that a full environmental review be completed. The pipeline is a 17-mile, $60.2 million project intended to transfer gas from an existing El Paso Natural Gas pipeline to Project Jupiter’s power plant in Southern Doña Ana County. The New Mexico State Land Commissioner denied Transwestern permission to build on state land in March, forcing a reroute.
  • Background and details: Transwestern/ Energy Transfer documents submitted to FERC state the project “is not expected to have a significant adverse impact on the quality of human health, the environment, or affected landowners.” Protesters, represented by environmental lawyer David Baake, contend the Project Jupiter power plant would be the largest source of greenhouse gas pollution in New Mexico and raise air quality and Clean Air Act compliance concerns. The New Mexico Environment Department has until July 21 to conduct a full environmental review and has committed to hold public hearings (dates TBA). Oracle, BorderPlex, and Bloom Energy announced an updated plan using fuel cell technology to power the AI data center, per a press release.