As AI Energy Demand Surges, Captive Power Becomes The New Gold Rush
The Captive Power Imperative
McKinsey projects U.S. data center electricity consumption will surge from 147 terawatt-hours in 2023 to 606 terawatt-hours by 2030. Data centers will consume 11.7% of total U.S. power demand by decade's end, straining aging infrastructure.
Captive power, self-generated electricity produced on-site, ensures consistent delivery while providing grid backup and sidestepping controversy surrounding grid consumption impacting residential users. The global captive power generation market, valued at $227.9 billion in 2025, is projected to reach $310.9 billion by 2030. The data center power market specifically will expand from $20.2 billion in 2024 to $42.4 billion by 2030, while global data center electricity demand doubles from 61.8 gigawatts to 134.4 gigawatts.
Industry Leaders Mobilize Capital
Microsoft Corporation (NASDAQ: $MSFT) announced $80 billion in fiscal 2025 investments to build AI-enabled data centers worldwide, with over half targeting U.S. infrastructure. The buildout includes facilities in Wisconsin and a $10 billion Portugal investment, emphasizing utility partnerships and alternative energy sources including nuclear options.
Equinix, Inc. (NASDAQ: $EQIX) opened its first AI-ready data center in Chennai, India in September 2025 and announced a $100 million African investment over two years. The company is implementing 12+ kilowatt per cabinet densities and liquid cooling for AI workloads. In August 2025, Equinix announced agreements to procure 500 megawatts from small modular reactor company Oklo and preorders for 20 Radiant Kaleidos microreactors.
Broadcom Inc. (NASDAQ: $AVGO) secured an October 2025 collaboration with OpenAI to deploy 10 gigawatts of custom AI accelerators through 2029. Broadcom's AI semiconductor revenue reached $5.2 billion in fiscal Q3 2025, growing 63% year-over-year.
1606 Corp.'s Strategic Positioning
1606 Corp.'s November 18, 2025 news of an acquisition term sheet with Sim Agro Inc. creates a public platform for captive power generation designed for AI and data center infrastructure. Led by President Dr. Karthik Raghavan, Sim Agro operates globally across the U.S., India, South Korea and Middle East, having executed over 80 power projects generating more than 2,000 megawatts from diverse sources.
The first target, a 55-megawatt power plant with over 100 acres and a 50,000-square-foot data-center-ready warehouse, offers 20 megawatts immediately, expanding to 70 megawatts by Q3 2026. Long-term plans envision 150-200 megawatts per location.
"Power is the lifeblood of data centers," said CEO Austen Lambrecht. "As demand for cloud services, AI, and digital infrastructure grows exponentially, the need for high-quality, uninterrupted energy has never been more critical."
Pro forma projections for the initial plant indicate annual revenues of approximately $61 million with EBITDA of $45 million. Each fully built location could generate $50-100 million annually.
Strategic Advantages
Captive power optimizes generation for data center load profiles, enables energy arbitrage through selling excess to utilities, provides fuel source flexibility, and eliminates grid interconnection delays.
The Captive Power Advantage in Practice
The strategic value of captive power extends beyond simple economics. Traditional data centers face interconnection queues averaging 18-24 months with utilities, creating significant deployment delays. Captive facilities bypass these bottlenecks entirely. Furthermore, AI workloads generate heat densities approaching 100 kilowatts per rack; well beyond what many grid-connected facilities can support without extensive retrofitting.
Sim Agro's model addresses both constraints simultaneously. The company's first-right-of-refusal position on additional power assets provides a development pipeline while competitors navigate utility bureaucracies. With data center construction timelines of 12-18 months and power plant commissioning periods well-understood through 80+ prior projects, the combined entity can deliver operational facilities on compressed schedules that traditional developers cannot match. This execution speed advantage becomes increasingly valuable as hyperscalers and AI companies race to secure computing capacity.
Market Opportunity
McKinsey projects global data center capacity growing from 82 gigawatts in 2025 to 219 gigawatts by 2030, with AI workloads expanding from 44 to 156 gigawatts. This sustained demand growth creates opportunities across U.S. and emerging markets in Asia, Africa and Latin America where Sim Agro's international experience provides strategic advantage.
Experienced Leadership
1606 Corp.'s team includes Director Gowri Shankar with expertise across SaaS, mobile advertising and venture capital; Director Venu Aravamudan with 30+ years at Oracle, F5 Networks, Amazon/AWS, VMware and Microsoft; and CEO Austen Lambrecht managing public company operations for four years. Sim Agro's Operations SVP Alur Chakrapani brings 30 years of power sector experience from AREVA France, Deutsche Babcock Anlagen and Public Services Enterprises.
Investment Considerations
The transaction requires due diligence, regulatory approvals and substantial capital for initial locations. Competition for power plant acquisitions may increase, and regulatory frameworks vary by jurisdiction. Technical execution risks include integrating power generation with data center operations and achieving projected load factors.
However, the thesis remains compelling: accelerating digitalization and AI adoption require reliable power at scales grid connections struggle to provide. With experienced leadership, identified assets, and strategic positioning at the intersection of power generation and data center infrastructure, 1606 Corp. enters a market characterized by sustained demand and limited competition for integrated captive power solutions.
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