Crusoe and KALiNA: A Framework for Sustainable AI Data Centers

The intersection of artificial intelligence (AI) and sustainable energy has given rise to a unique collaboration between Crusoe, an AI data center developer, and KALiNA, a natural gas-fired power provider with a focus on near-zero-emissions plants using carbon capture and sequestration (Power-CCS). This strategic partnership aims to develop multiple co-located AI data centers powered by KALiNA's natural gas power plants, setting a new standard for environmentally conscious data center infrastructure.



The agreement between Crusoe and KALiNA's Canadian subsidiary, Kalina Distributed Power (KDP), outlines a multi-year framework for the joint development of AI data center projects co-sited with KDP's natural gas power plants. This collaboration aligns with Alberta's self-supply requirements and supports the establishment of Crusoe's data center footprint in the region.

The initial three project locations – Myers Energy Park, Alsike Energy Park, and Crossfield Energy Park – have been strategically selected for their proximity to critical infrastructure, including electrical transmission lines, gas pipeline infrastructure, carbon sequestration hubs, and fiber optic lines. This strategic location ensures reliable power supply, efficient carbon management, and high-speed connectivity, all of which are crucial for the operation and growth of AI data centers.

The framework agreement provides the potential for additional power plants at all three locations, as well as provisions for the parties to jointly develop future prospective sites. This flexibility allows for future expansion and adaptation to changing power demands, as AI technology continues to advance.

The two companies expect Crusoe to own and operate its AI data centers, contracting for affordable power with KALiNA's plants via power purchase agreements (PPAs) of at least 15 years' duration with an investment-grade or otherwise creditworthy counterparty. This long-term commitment ensures stable, long-term cash flow to support the project's financing and provides Crusoe with reliable, affordable power for its data centers.

While the project presents numerous opportunities, there are also potential risks and challenges to consider. Grid reliability, regulatory changes, and technological advancements could impact the project's feasibility and economics. However, the project's focus on colocation, long-term PPAs, and near-zero-emissions natural gas power plants with carbon capture and sequestration can help mitigate or manage these risks.

In conclusion, the framework for the joint development of multiple Crusoe AI-focused data centers co-sited with KALiNA's near-zero-emissions natural gas-fired power plants using carbon capture and sequestration presents a promising opportunity for sustainable AI data center infrastructure. By leveraging strategic locations, long-term PPAs, and environmentally conscious power generation, this collaboration sets a new standard for the industry and paves the way for future growth and innovation in AI data centers.