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Energy X Secures $225M Eni Investment for 52,500 tpa Lithium Facility in Chile, Establishes $230M LFP Cathode JV in Texas for Domestic ‘Brine-to-Battery’ Supply Chain

EnkiAI USA
Overview
Energy X secured over $225 million in project-specific capital in 2026, including a $225 million investment from Italian energy major Eni for a 25% stake in Energy X’s Black Giant™ project in Chile, funding a 52,500 tpa battery-grade lithium facility. Concurrently, a $230 million joint venture with Wildcat Discovery Technologies aims to build a 15,000-tonne LFP cathode plant in Texas, establishing a domestic ‘brine-to-battery’ supply chain. This strategic shift towards vertical integration and direct project equity from energy majors is driven by securing upstream supply for EV and AI data center BESS demand.
In Depth

Key Findings

Energy X has secured over $225 million in project-specific capital in 2026, significantly advancing its vertical integration strategy within the battery supply chain. A key component of this funding is a substantial investment from Italian energy major Eni, which on July 6, 2026, committed $225 million for a 25% stake in Energy X’s Black Giant™ project in Chile. This capital infusion will fund the construction of a 52,500 tonnes per annum (tpa) battery-grade lithium facility. Furthermore, Energy X has formed a $230 million joint venture with Wildcat Discovery Technologies to build a 15,000-tonne Lithium Iron Phosphate (LFP) cathode plant in Texas, aiming to establish a complete domestic “brine-to-battery” supply chain within the United States. This strategic pivot towards vertical integration and direct project equity from energy majors is primarily driven by the imperative to secure upstream supply for the burgeoning demand from electric vehicles (EVs) and battery energy storage systems (BESS) for AI data centers.

Technical / Clinical Details

Eni’s investment will directly support the lithium extraction project in Chile, targeting a stable supply of high-purity lithium essential for EV batteries and large-scale energy storage. The Black Giant™ project is expected to leverage advanced Direct Lithium Extraction (DLE) technologies, promising a more environmentally benign and efficient lithium production process compared to traditional evaporation pond methods. The LFP cathode plant in Texas will substantially bolster domestic battery material manufacturing capabilities in the U.S. LFP chemistries are gaining rapid traction in EV and BESS applications due to their inherent safety, long cycle life, and cost-effectiveness. Domestic production of LFP cathodes will enhance supply chain resilience and mitigate geopolitical risks associated with relying on foreign sources. This vertical integration strategy allows Energy X to control the entire process from lithium extraction to the manufacturing of final battery materials, ensuring both cost efficiency and supply stability.

Background & Context

The global battery market is experiencing unprecedented growth, propelled by the accelerating adoption of EVs and the explosive demand for energy storage in AI data centers. Consequently, the stability and cost of lithium and other battery materials have become pressing concerns for industries worldwide. The current concentration of key material production in specific geographical regions exposes supply chains to significant vulnerabilities. In the U.S., policies such as the Inflation Reduction Act (IRA) are actively incentivizing domestic production of battery materials, and Energy X’s Texas plant aligns perfectly with this national drive. The trend of major energy companies directly investing in upstream battery material supply reflects a strategic foresight into the evolving global energy demand landscape.

Strategic Significance & Outlook

Energy X’s vertical integration strategy, coupled with direct investments from major energy players, sets an important precedent for the future of battery industry supply chains. Once the lithium production in Chile and LFP cathode manufacturing in Texas are operational, Energy X will be positioned to offer EV manufacturers and BESS providers a more stable and U.S.-compliant material supply. This is critically important for strengthening U.S. energy security and accelerating the transition to a clean energy economy. The establishment of this “brine-to-battery” supply chain could potentially be expanded to other battery materials and technologies in the future, contributing to a more comprehensive domestic battery ecosystem. Investors and industry stakeholders should closely monitor how such strategic partnerships and supply chain transformations will influence the competitive landscape and technological innovation within the battery market.

Source: https://enkiai.com/battery-storage/energyx-lithium-data-centers/

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