WULF — knowledge base

Overview

TeraWulf ($WULF) is repositioning from Bitcoin mining toward long-term high-performance computing (HPC) and AI data-center infrastructure. Its strategy is to monetize scarce, large-scale power access through 10–15-year colocation agreements, using in-house energy and generation expertise to develop sites across New York, Texas, Kentucky, and Maryland. Management says more than 500 MW of critical IT load is contracted and expects more than $1 billion of run-rate NOI or EBITDA exiting 2027, but these targets remain dependent on tenant signings, financing, construction, interconnection, and on-time energization.

Key facts & figures

• Contracted capacity: Management reports more than 500 MW of critical IT load under long-term contracts, approximately 10% already online and nearly all of the balance scheduled by year-end 2026; these company-specific figures are unverifiable without current contracts and filings. [[s:61@00:18:42]]
• Contract economics: Management describes contract terms of 10–15 years with approximately 85% cash-flow or NOI margins. Both the terms and projected margin are unverifiable and should not be treated as realized economics. [[s:61@00:19:22]]
• Insider alignment: Board, management, and other insiders reportedly own approximately 20%–30% of the equity; the claim is unverifiable without a dated capitalization table and clear definition of insiders. [[s:61@00:20:32]]
• Lake Mariner, New York: Approximately 500 MW of gross capacity is reportedly committed under long-term agreements, with another 250 MW being pursued through the interconnection queue; both figures are unverifiable site-specific claims. [[s:61@00:21:46]]
• Bitcoin mining: Lake Mariner reportedly operates 150–170 MW of Bitcoin-mining load, which management plans to reduce as AI capacity expands; current load and transition timing are unverifiable. [[s:61@00:25:07]]
• Abernathy, Texas: The joint venture represents 84 MW of critical IT capacity net to TeraWulf and is located in the Southwest Power Pool, not ERCOT. The grid-market characterization is accurate, while the precise economic share remains company-reported. [[s:61@00:23:15]]
• Hawesville, Kentucky: The acquired former Century Aluminum smelter has approximately 480 MW of gross power infrastructure, consistent with its history as a major industrial power consumer. Management targets roughly 380 MW of critical IT capacity after redevelopment. [[s:61@00:23:44]]
• Kentucky schedule: Management targets the second half of 2027 for approximately 380 MW of critical IT load to come online; this is unverifiable forward guidance dependent on leasing, financing, permitting, and construction. [[s:61@00:28:05]]
• Morgantown, Maryland: The proposed configuration comprises 1,000 MW of load, 1,000 MW of generation, and 500 MW of battery storage, with power targeted for late 2028 or 2029. These are unverifiable development plans, not operating assets. [[s:61@00:24:17]]
• Regulatory review: Management’s suggestion that FERC’s Morgantown acquisition review focuses on market power without materially considering end use, repowering, or fuel mix was rated misleading. Market power is central, but FERC can also examine rates, regulation, and cross-subsidization, while other agencies may review environmental and operational matters. [[s:61@00:34:34]]
• Financial target: Management expects more than $1 billion of run-rate NOI or EBITDA exiting 2027 if Wolf Compute and Kentucky perform as projected. This is forward-looking guidance rather than established earnings.
• Development cadence: Management aims to sign an additional 250–500 MW annually and generally deliver contracted capacity 12–15 months after signing.
• Capital strategy: The stated priorities are debt reduction, refinancing operating-company obligations at lower rates, maintaining moderate parent-level leverage, and ultimately supporting an investment-grade credit profile.
• Erroneous market statistic: A claim that ERCOT has roughly 88,000 GW of capacity against 280,000 GW of demand was rated inaccurate because the units are off by approximately three orders of magnitude; relevant ERCOT system figures are normally expressed in MW. [[s:61@00:54:01]]

Thesis & bull case

• Scarce powered land: TeraWulf controls multiple sites with hundreds of megawatts of existing or prospective power infrastructure, potentially allowing it to deliver capacity faster than greenfield competitors.
• Large contracted base: If management’s reported contracts perform as planned, more than 500 MW could be operating by year-end 2026 under long-duration agreements, creating recurring, infrastructure-like cash flow.
• Attractive unit economics: Ten- to 15-year terms and targeted NOI margins near 85% would support substantial operating leverage, although neither figure has yet been independently verified.
• Power-generation expertise: Management presents TeraWulf as an energy-infrastructure company rather than merely a data-center landlord. Experience with generation, grids, curtailment, and industrial power redevelopment may improve site selection and execution.
• Regional diversification: New York, Texas, Kentucky, and Maryland expose the company to different power markets and development pathways rather than concentrating all capacity in ERCOT or one utility territory.
• Embedded expansion: Lake Mariner may add another 250 MW, Hawesville could support approximately 380 MW of critical IT load, and Morgantown represents a potential gigawatt-scale generation-and-load campus.
• Premium 2027 capacity: Management believes near-term powered capacity is scarce enough that customers will pay attractive economics for credible 2027 delivery; market discussions are increasingly shifting toward 2028 supply.
• Tenant selectivity: Prioritizing high-credit customers can lower financing costs, increase project leverage, and reduce contract-default risk. Management also emphasizes cultural and operational fit for multiyear partnerships.
• Cash-flow inflection: Successful delivery of Wolf Compute and Kentucky could produce more than $1 billion of run-rate NOI or EBITDA exiting 2027, creating capacity for debt repayment, refinancing, reinvestment, or shareholder returns.
• Insider incentives: Reported insider ownership of 20%–30%, if confirmed, would create substantial alignment with common shareholders.

Risks & bear case

• Execution intensity: Bringing nearly all of more than 500 MW online by year-end 2026, followed by approximately 380 MW in Kentucky during 2027, requires simultaneous financing, procurement, construction, commissioning, and tenant coordination.
• Unverified contracts and economics: Contracted megawatts, 10–15-year terms, 85% margins, and tenant credit quality require confirmation through filings or executed agreements.
• Kentucky leasing risk: Hawesville’s value depends on securing a creditworthy tenant on acceptable economics. Term sheets are nonbinding, and the expected signing by the end of Q2 2026 remains a forecast.
• Financing and leverage: Data-center campuses require substantial upfront capital. Delays, cost overruns, weak tenant credit, or higher interest rates could increase parent-level leverage and impede the investment-grade objective.
• Tenant concentration: Large campuses may depend on a small number of hyperscale or AI customers, making counterparty credit and renewal behavior disproportionately important.
• Power and interconnection uncertainty: Gross site power does not equal deliverable critical IT load. Grid studies, transmission upgrades, redundancy requirements, and utility approvals can reduce capacity or delay energization.
• Maryland regulatory risk: Morgantown must navigate acquisition approval, generation and environmental permitting, interconnection, fuel and storage decisions, and potentially broader public-interest scrutiny.
• Bitcoin transition risk: Reducing mining removes a flexible source of revenue before replacement AI capacity is fully operational. The claim that mining exists solely to support the New York grid was misleading, since Bitcoin production itself generates revenue. [[s:61@00:58:30]]
• Customer-demand cyclicality: AI infrastructure demand is currently strong, but rapid supply additions, better chip efficiency, changing model economics, or hyperscaler capital-spending cuts could weaken future pricing.
• Valuation sensitivity: Bullish Kentucky valuation scenarios depend on projected revenue, approximately 85% NOI margins, full utilization, and high infrastructure multiples. Small changes in delivery timing, costs, leverage, or valuation multiples could materially reduce equity value.
• Disclosure credibility: The inaccurate ERCOT statistic and overly narrow characterization of FERC review highlight the need to verify promotional management claims against regulatory records and filings.

Timeline of developments

• 2026-03-09: Management outlined TeraWulf’s transition from Bitcoin mining to AI/HPC infrastructure, reporting more than 500 MW of contracted critical IT load, plans for Lake Mariner expansion, approximately 380 MW at Hawesville in 2H 2027, and a gigawatt-scale Morgantown development targeted for late 2028 or 2029. [[s:61@00:18:42]]

Open questions

• Which customers account for the reported 500+ MW of contracted critical IT load, and what are their credit ratings, guarantees, termination rights, and funding obligations?
• How much of the contracted capacity is take-or-pay, and how much remains conditional on construction milestones, financing, or customer acceptance?
• Does the targeted 85% margin refer to site-level NOI, unlevered cash flow, EBITDA, or another non-GAAP measure, and which expenses are excluded?
• What total capital expenditure, TeraWulf equity contribution, and debt funding are required to deliver the contracted pipeline?
• What portion of project debt will be nonrecourse, and what guarantees or cross-collateralization will remain at the parent company?
• Will Hawesville secure one anchor tenant or multiple customers, and what economics are required to support the projected 380 MW deployment?
• What grid, transmission, and redundancy work is necessary to convert Hawesville’s 480 MW gross power into approximately 380 MW of critical IT capacity?
• Has the additional 250 MW at Lake Mariner received an interconnection position, study results, or firm delivery timetable?
• How quickly can the 150–170 MW Bitcoin-mining load be converted to AI use, and how much equipment, building, and electrical infrastructure can be reused?
• What are Morgantown’s acquisition-closing conditions, permitting pathway, proposed generation technology and fuel source, and expected capital cost?
• How much of the projected $1 billion-plus run-rate NOI or EBITDA exiting 2027 comes from already executed contracts versus unsigned Kentucky capacity?
• What leverage ratio and ratings-agency metrics define management’s “moderate” parent-level leverage and investment-grade goal?
• Once free cash flow materializes, how will management prioritize debt repayment, new campuses, acquisitions, buybacks, or dividends?

Notable predictions to track

• Nearly all of the reported 500+ MW of signed critical IT load will be online by December 31, 2026. [[s:61@00:18:42]]
• TeraWulf will sign an additional 250–500 MW annually, with typical delivery 12–15 months after contracting.
• A high-credit customer will be secured for Hawesville by the end of Q2 2026, with term sheets already under negotiation; both the negotiations and deadline are unverifiable. [[s:61@00:31:45]]
• Approximately 380 MW of Hawesville critical IT capacity will become operational in 2H 2027. [[s:61@00:28:05]]
• Lake Mariner will obtain another 250 MW of capacity and progressively replace its 150–170 MW Bitcoin-mining load with AI compute.
• TeraWulf will largely exit Bitcoin mining within approximately 18 months, implying around September 2027 from the discussion date; this remains an unverifiable forecast. [[s:61@00:58:30]]
• Wolf Compute and Kentucky will support more than $1 billion of run-rate NOI or EBITDA exiting 2027.
• Morgantown will ultimately support 1,000 MW of load, 1,000 MW of generation, and 500 MW of battery storage, with power available in late 2028 or 2029. [[s:61@00:24:17]]
• Operating-company debt will be refinanced at lower rates while parent-level leverage remains moderate and progresses toward an investment-grade rating.