About Featured Expert: Inlyte Energy

Inlyte Energy is a U.S.-based energy storage technology company focused on the development of iron-sodium battery systems for short- and long-duration energy storage applications. The company’s work centers on non-lithium battery chemistries designed to address reliability, safety, cost, and scalability challenges associated with grid-scale energy storage.

Inlyte Energy logo representing iron-sodium battery technology and long-duration energy storage, Industrial Sustainability MonthlyInlyte’s technology platform is based on sodium metal chloride battery chemistry, which is well-suited for applications requiring extended discharge durations, high thermal stability, and long service life. By leveraging iron and sodium—materials that are widely available and less exposed to supply chain volatility—the company is developing storage systems positioned for large-scale deployment across utility and industrial energy infrastructure.

The company’s modular battery systems are designed to support a range of use cases, including grid reliability, renewable energy integration, resilience during extreme weather events, and backup power for critical infrastructure such as data centers and industrial facilities. Inlyte’s systems are engineered for long-duration operation, where cost per delivered kilowatt-hour, safety, and durability are essential performance factors.

Inlyte Energy is advancing its technology toward commercial deployment with a focus on domestic manufacturing and system integration. The company is working to scale production capabilities in North America while validating system performance through utility-led testing and demonstration projects. Its development approach emphasizes manufacturability, repeatability, and compatibility with existing grid infrastructure.

Through ongoing system validation and partnerships across the energy sector, Inlyte Energy contributes to the diversification of energy storage technologies, supporting the transition to more resilient, flexible, and sustainable power systems. For more information, please click here.


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Molly Bakewell Chamberlin
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