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Florida Data Center Intel
Latest data center news, projects, power and policy across Florida — updated daily.
Recent Florida data center news
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Data center energy needs: A looming challenge for US power grid
The Conversation’s Theodore J. Kury outlines how U.S. states are experimenting with regulatory and contractual approaches to allocate the cost of new electricity infrastructure needed for rapidly built data centers.
- Main announcement/action: States and utilities are adopting varied rules to manage demand uncertainty from data centers, including Kentucky conditionally approving two natural gas-fired generators for Louisville Gas & Electric and Kentucky Utilities, Ohio AEP’s use of a “demand ratchet” (current month or 85% of highest monthly demand over prior 11 months) and a 50% credit guarantee requirement, and Florida approving contracts that may require data centers to pay 70% of agreed demand. Key timelines: data centers: 9–12 months to build; new power plants or large generation projects: ~2.5–3 years, and utilities may need to start generation or storage 1–2 years before data center construction.
- Background and other details: Regulators review utility spending to decide which costs can be passed to ratepayers, creating three possible payers: utilities, data center customers, and other system customers. The article notes contractual risk (e.g., subsidiaries like “Westside Data Center LLC” that could default), and mechanisms to return revenue (e.g., Missouri returning 65% of extra revenue to other customers) and to monetize data center flexibility to offset shared investment risk.
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Climate Change Solutions - December 16, 2025
The Environmental and Energy Study Institute (EESI) issues a Climate Change Solutions newsletter summarizing recent climate, energy, and environmental policy developments, briefings, and media coverage in the United States.
- Newsletter content highlights articles on FEMA reform (FEMA Act, H.R.4669), ghost fishing gear in Hawaiʻi, and global green building standards (LEED, BREEAM), plus an EESI briefing on how the One Big Beautiful Bill Act (P.L. 119-21) changed 12 clean energy and efficiency tax incentives and how companies and consumers are adjusting.
- Capitol Hill updates cover House passage or advancement of the Electric Supply Chain Act (H.R.3638), ePermit Act (H.R.4503), ESTUARIES Act (H.R.3962 / S.2063), and multiple PFAS bills (H.R.6668 / S.3457, H.R.6626 / S.3460, H.R.6667, S.3445, S.3446), as well as links to EESI legislative trackers, grid and industrial decarbonization briefings, and external media citations of EESI work on data centers, water use, and EERE investments.
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Trump Media Group, Fusion Company TAE Merging in $6-Billion Deal
The Trump Media & Technology Group (TMTG) announced an all-stock merger with TAE Technologies in a $6-billion deal to create one of the first publicly traded fusion companies.
Main transaction details: The deal is an all-stock merger valued at $6 billion, with shareholders of Trump Media and TAE each to own about 50% of the combined company; TMTG will provide up to $200 million in cash at signing and an additional $100 million upon initial filing of Form S-4. Devin Nunes (TMTG) and Michl Binderbauer (TAE) will serve as co-CEOs, and Michael B. Schwab is expected to be named chairman of the combined company.
Background, investors, and project timelines: TAE expects to begin work next year on a 50 MW fusion power plant with later scaling to 500 MW, and is targeting “first power in 2031”; existing investors include Chevron Technology Ventures, Charles Schwab, Goldman Sachs, Sumitomo, and Alphabet; TAE also announced a joint venture with the UK Atomic Energy Authority and has reported recent technical milestones (e.g., plasma temperatures exceeding 75 million C).
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‘A technology company that delivers electricity’: A talk with NextEra Energy CEO John Ketchum
NextEra Energy CEO John Ketchum outlines how the company will meet rapidly growing North American electricity demand—especially from data centers—through an all-of-the-above strategy including renewables, storage, gas, and nuclear, plus a new nuclear partnership with Google.
- Data center hubs & power build-out: About one-third of US power demand growth is from data centers, with hyperscaler campuses growing from 1,000 to 5,000 acres (~1 GW per 1,000 acres); NextEra positions itself to co-develop on-site solar and storage for faster interconnection, then follow with gas-fired and advanced nuclear generation, with example capex of “over $20 billion” on the power side versus hyperscalers’ “north of $100 billion” for a 5,000‑acre campus.
- Nuclear, grid resilience, storage & AI siting tools: NextEra will recommission the Duane Arnold nuclear plant in Iowa under a 25‑year PPA with Google, expecting $9 billion in local economic impact, while FPL has invested $62 billion (2013–2023) to harden Florida’s grid (gas and nuclear build-out, undergrounding distribution, steel/concrete poles) and is scaling 4‑hour storage to 8‑hour by 2029–2030, using AI-powered siting algorithms and a digital twin of the transmission grid to choose optimal locations for data centers and new energy infrastructure.
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Southfield City Council greenlights divisive data center plan: ‘Too many unknowns’
Metrobloks received Southfield City Council approval for a 109,683-square-foot data center on 12.19 acres that will require 100 megawatts of power and was approved by a 5-2 vote.
Project details and developer commitments: The site plan approval covers a 109,683-square-foot facility on 12.19 acres (east side of Inkster Road between 11 Mile Road and I-696) that will require 100 megawatts of power; the developer says the project will be built in two phases with an estimated total cost of $1.5 billion (the slide deck lists $500 million, a noted discrepancy). Metrobloks said it currently has funding for land and utility upgrades but not full capitalization and will borrow against a tenant contract once a tenant is confirmed; the facility will use a closed-loop cooling system consuming 10–20 gallons of water per day, and the developer expects ~35 permanent positions and estimated $400,000/year in property tax revenue (early estimate). The city placed conditions on approval including compliance with ordinances, minimal tree/soil removal, and inspection rights, and EGLE can enforce state environmental laws.
Community response, oversight, and background: The approval followed nearly six hours of public comment with majority opposition asking for a health impact study, community benefits agreement, and transparency; Councilmembers Charles Hicks and Ashanti Bland voted no (citing insufficient fact-based information and public health concerns from AI data centers referenced in the HBR article), while Coretta Houge supported the project saying the city must consider new technologies. Metrobloks (founded 2024) has not yet built a data center but cites executive experience from Amazon and Meta and lists Detroit as a strategic hub; it is targeting Indianapolis, Phoenix, Miami, and Paris for future development. Next Southfield City Council meeting noted: Jan. 5, 2026 at 6 p.m., Southfield City Hall, 26000 Evergreen Road.
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Renewable energy is key to powering Texas data centers
Google announced it plans to construct three new data centers in Texas at a cost of $40 billion.
- Main announcement & implementation details: Google will build three new data centers in Texas at an estimated $40 billion and has committed a $30 million Energy Impact Fund to scale energy initiatives; the company reports more than 6,200 megawatts of new generation and capacity contracted via power purchase agreements. The OpenAI/Oracle Stargate campus near Abilene has its first two buildings operational and the remaining six buildings are expected to be completed by mid-2026.
- Context, background and project metrics: Texas currently has 375 data centers operating and 70 under construction (Baxtel); ERCOT saw large-load interconnection requests rise from 56 GW (Sept 2024) to 205 GW one year later. Renewables growth includes nearly 877–900 solar projects under development in Texas, >200% increase in ERCOT solar capacity over four years, and 8 TWh of wind/solar curtailed in 2024 due to transmission limits. The SEIA warns federal permitting changes are slowing some solar and storage projects.
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Frontier Galvanizing: The Critical Role Of Galvanizing In Renewable Energy And Utility Projects
Frontier Galvanizing emphasizes its hot-dip galvanizing process as critical for improving durability and corrosion resistance in renewable energy and utility infrastructure.
- Main announcement / action: Frontier Galvanizing, with over 75 years of experience, highlights the role of hot-dip galvanizing in protecting steel components used in solar mounting systems, wind turbine towers and bolts, substations, smart grid components, and energy storage facility structures, aiming to extend service life and reduce maintenance for renewable projects.
- Background and details: The article states coatings meet rigorous industry standards, are applied across projects throughout the country, and the company positions galvanizing as a technical quality-control measure that supports long-term performance, reliability, and resilience of renewable energy distribution and utility assets.
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EPA webpage maps out path for data-center developers around air rules
The Environmental Protection Agency has launched a Clean Air Act Resource for Data Centers webpage to guide permitting, modeling, and regulatory interpretation so data centers and AI facilities can be built more quickly.
- Main announcement: The EPA published a dedicated webpage (“Clean Air Act Resource for Data Centers”) providing regulatory information, guidance, and technical tools for modeling, air quality permitting, and regulatory interpretations relevant to data centers and AI facilities; the page also explains how developers may “legally avoid requirements” under the Clean Air Act provision Limiting the Potential to Emit. The launch is framed under Administrator Lee Zeldin‘s AI agenda and references the President’s AI Action Plan and January AI executive order.
- Background and details: The move is part of a broader Trump administration push to streamline permitting; EPA Assistant Administrator Aaron Szabo and the agency press office issued statements accompanying the release. The article references public pushback (including a cited $7 billion planned Michigan data center in a photo caption) and congressional activity such as bills on liquid cooling technologies and studies of data centers’ impacts on rural America.
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What to Do With Remaining BEAD Funds, a.k.a 'Non-Deployment'?
The National Telecommunications and Information Administration (NTIA) issued the BEAD Restructuring Policy Notice prioritizing lowest-cost bids, voiding previously approved state plans, and rescinding authorization for non-deployment activities.
- Main action and effects: NTIA’s June 6 BEAD Restructuring Policy Notice requires states to resubmit plans within 90 days, eliminates scoring criteria for labor practices, climate resilience, and affordability, and replaces multi-criteria evaluation with a single metric—total BEAD cost per location; NTIA now estimates roughly $21 billion in BEAD “savings” across 56 states and territories.
- Background and specifics: States had planned to use non-deployment funds for workforce development, digital literacy, telehealth, device subsidies, and community anchor institution connections (examples: Louisiana $510 million, Florida ~$200 million); litigation risk and Congressional pushback (bipartisan letters, proposed RECAPTURE Act) are active, and NTIA has promised guidance in early 2026. The draft White House executive order would link eligibility for remaining funds to state AI regulatory frameworks, adding a legal and political dimension.
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Get over your X: A European plan to escape American technology
The European Council on Foreign Relations policy brief by Giorgos Verdi argues that the EU must build an independent “EuroStack” of technologies—focusing on space, chips, cloud computing and AI—to reduce strategic dependence on US tech and avoid weaponisation of digital infrastructure.
- Main measures proposed: The brief calls for massively increased EU public investment in space (up to €60bn in 2–5 years), a Chips Act 2.0 prioritising mainstream chips, use of DMA gatekeeper designations and a Cloud & AI Development Act to curb US hyperscalers, “buy European” public procurement quotas for cloud, and targets to raise EU AI compute to 5% then 10% of global capacity, alongside support for open‑source AI and a European Chip Design Academy.
- Context and background: The analysis is framed against scenarios of US technology weaponisation under Trump and Biden, including export controls on AI chips, threats to cut Starlink in Ukraine, sanctions-driven shutdowns of US digital services, and US dominance in cloud, AI models, chips and satellite internet; it concludes that Europe should build “just enough” sovereign capabilities, not full autarky, while managing likely American backlash through selective concessions.