Inlyte Energy, a California-based innovative battery company, has partnered with HORIEN, a veteran manufacturer of sodium metal chloride (SMC) batteries, to accelerate the production of its advanced iron-sodium battery technology. This collaboration, formalized through a Memorandum of Understanding (MoU), combines HORIEN’s decades of manufacturing expertise with Inlyte’s cost-efficient and innovative cell designs to meet the rising demand for sustainable energy storage solutions.
The partnership aims to bring Inlyte Factory 1, a state-of-the-art production facility, into operation by 2027. This new facility will replicate the successful model of HORIEN’s current operations while integrating Inlyte’s next-generation cell designs. These design advancements are rooted in cost innovation and proven success at Inlyte’s UK-based pilot plant. The inclusion of these features promises a cost-efficient and rapid scale-up of iron-sodium battery production in the United States.
Antonio Baclig, CEO of Inlyte Energy, emphasized the significance of this agreement: “By joining forces with HORIEN, we can leverage their world-class manufacturing proficiency and established industry relationships. This accelerates our journey to deliver a highly efficient and cost-effective alternative to Lithium-ion batteries for long-duration energy storage.” The growing need for reliable, affordable, and scalable energy storage has made technologies like iron-sodium batteries increasingly critical in the global transition to renewable energy.
HORIEN has been a leader in demonstrating the outstanding safety, reliability, and performance of sodium metal chloride batteries over the past 25 years. With Inlyte’s innovative approach to cell design, the partnership opens new pathways to deploy these advanced batteries on a global scale. Reflecting on the partnership’s potential, Giovanni Zola, CEO of HORIEN, remarked, “This collaboration with Inlyte enables the faster adoption of SMC batteries, enhancing their role in addressing the global energy storage requirements.”
The iron-sodium battery technology developed by Inlyte brings several advantages to the table. These batteries combine attributes like exceptional energy efficiency and cost-effectiveness, making them ideal for long-duration energy applications. Unlike traditional Lithium-ion batteries, iron-sodium batteries use abundant and low-cost raw materials, reinforcing their sustainability and affordability. Furthermore, their inherently safe chemistry positions them as an attractive solution for large-scale energy storage, where reliability and cost are paramount.
Inlyte Factory 1 is set to boost the domestic production capacity of advanced energy storage solutions significantly. By aligning production with HORIEN’s proven processes and Inlyte’s innovative designs, the facility is expected to deliver reliable batteries that meet both industrial and commercial demands. This venture also simplifies the supply chain for iron-sodium batteries by utilizing resources that reduce dependence on geographically constrained materials like lithium and cobalt.
The global energy storage market is expanding rapidly, driven by the need to support renewable energy integration. Advanced battery technologies, such as the iron-sodium battery, are critical to achieving this transition by meeting storage requirements for a carbon-neutral future. As a result, the engagement between Inlyte and HORIEN highlights the growing collaboration between key players to address energy demands innovatively and sustainably.
As the 2027 launch of Inlyte Factory 1 approaches, both companies aim to champion safer, more affordable, and environmentally sustainable energy solutions. This partnership exemplifies how collaborations can drive technological progress and support the growing global need for efficient and longer-lasting battery storage solutions.
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