American Intelligence & Power Corporation has entered a strategic alliance with Caterpillar Inc. and Boyd CAT to expand dedicated power for hyperscale AI infrastructure in the United States. Through the partnership, the companies will advance development of the Monarch Compute Campus, a large-scale power platform designed to serve AI-driven data centers.
As part of the agreement, AIP Corp ordered 2 gigawatts of fast-response natural gas generation capacity. The order supports the initial phase of Monarch. Power delivery will begin in 2026. Initial capacity will come online in 2027.
Monarch Campus Built for Speed and Scale
The Monarch Compute Campus anchors AIP Corp’s long-term infrastructure strategy. Therefore, the company designed the site as a multi-phase development capable of rapid expansion. As demand grows, additional capacity can be added in stages.
Caterpillar will deliver generation equipment between September 2026 and August 2027. After delivery, AIP Corp plans to commission the systems quickly. As a result, new capacity can reach operation within months. At the same time, battery energy storage systems will operate alongside the generators to stabilize fluctuating AI loads.
Fast-Response Generation Supports AI Demand
The project relies on Caterpillar G3516 natural gas generator sets. These units ramp from zero to full output in roughly seven seconds. Consequently, they support AI workloads that generate sharp and frequent load changes.
The generators run on natural gas and include advanced emissions controls. For instance, selective catalytic reduction systems reduce exhaust output. As a result, the platform meets stringent air permitting requirements while maintaining high reliability.
Behind-the-Meter Design Limits Grid Impact
Monarch operates as a behind-the-meter power platform. Because the site generates power onsite, it avoids reliance on new utility transmission infrastructure. Therefore, existing utility customers are unlikely to face higher rates.
In addition, Monarch holds a microgrid designation from the State of West Virginia. This status allows AIP Corp to bring new capacity online quickly. Over time, the site is expected to scale toward a planned 8 gigawatts of generation.
Advanced monitoring and control systems support continuous operation. Moreover, these systems improve resilience and lifecycle predictability.
Alliance Extends Beyond Equipment Supply
Alongside the generator order, AIP Corp and Caterpillar formed a broader alliance framework. Under this structure, the companies will coordinate on equipment optimization and expansion planning. Meanwhile, operations and maintenance strategies will be aligned across phases.
Service readiness and parts availability remain central to the agreement. In parallel, Caterpillar Financial will provide vendor financing, subject to standard conditions. Consequently, financing will align with delivery schedules and project milestones.
Daniel J. Shapiro, CEO of American Intelligence & Power Corp, said the alliance accelerates deployment of scalable power for AI data centers. He added that fast-response generation paired with battery storage improves reliability and power quality.
Melissa Busen, senior vice president of Electric Power at Caterpillar, said hyperscale data centers increasingly depend on primary generation. According to her, projects like Monarch highlight the importance of speed and durability.
Andrew Boyd, president and CEO of Boyd CAT, said the project requires precision execution at scale. He added that Boyd CAT stands ready to support deployment as capacity ramps up.
