What’s Driving Interest in Sodium-Ion Technology

As demand for energy storage continues to accelerate, sodium-ion battery technology is emerging as a compelling alternative to conventional lithium-ion systems. The technology’s use of abundant materials, broad operating temperature capabilities and safety characteristics is attracting growing interest across the energy storage industry.

For stationary energy storage, sodium-ion offers particular potential. New systems are being developed for applications ranging from residential storage to large-scale grid infrastructure, while investment in domestic manufacturing is beginning to move the technology toward greater commercial scale.

The growing momentum reflects a wider shift in the industry as developers look for technologies that can improve supply chain resilience, simplify system operation and meet rapidly increasing electricity demand. Recent U.S. manufacturing announcements and commercial partnerships demonstrate how sodium-ion is progressing from an emerging technology toward real-world deployment.

For ESS, this evolution aligns closely with its expanded focus on non-lithium energy storage and the development of sodium-ion solutions for short- and medium-duration applications.

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ESS Named a Top GreenTech Company by TIME

ESS has been recognized by TIME and Statista as one of the World’s Top GreenTech Companies for 2026, placing the company among a select group of organizations driving innovation and sustainability across the global clean energy sector. The annual ranking evaluates companies based on their positive environmental impact, financial strength and innovation.

The recognition reflects ESS’s continued commitment to developing safer, scalable energy storage technologies that support the transition to a more resilient and sustainable energy future. As demand for reliable grid infrastructure and AI-powered energy solutions grows, the company continues to advance technologies designed to meet evolving global energy needs.

Being included in the 2026 ranking reinforces ESS’s position within a rapidly expanding global GreenTech industry and highlights the company’s contribution to the development of next-generation energy storage solutions.

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How Bridge™ Is Shaping the Future of Energy Storage.

As demand for reliable, large-scale energy storage continues to grow, ESS’s Bridge™ platform is attracting industry attention for its innovative approach to sodium-ion battery technology. Designed for utilities, AI-driven data centres and commercial applications, Bridge™ delivers a scalable alternative to conventional lithium-ion systems while prioritising safety, flexibility and simplified deployment.

Built as a modular 1.2 MWh battery system, Bridge™ can be deployed as a standalone unit or combined to create larger energy storage installations. Its plug-and-play design enables faster installation while reducing the complexity typically associated with grid-scale battery projects.

The article highlights how sodium-ion technology is emerging as a compelling solution for modern energy infrastructure, offering abundant materials, improved thermal stability and the flexibility required to support growing power demand across critical industries.

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Sodium-Ion Gains Global Momentum

Sodium-ion battery technology is rapidly emerging as a promising alternative to traditional lithium-ion systems. As utilities, data centres and grid operators seek safer, more resilient energy storage solutions, companies across the US and Europe are accelerating efforts to commercialise the technology.

Among the organisations helping drive this transition is ESS, alongside other industry innovators working to expand sodium-ion manufacturing, improve supply chain resilience and deliver commercially viable energy storage solutions for grid-scale applications.

With advantages including enhanced safety, wider operating temperatures and abundant raw materials, sodium-ion batteries are increasingly being recognised as a key technology for supporting the next generation of energy infrastructure. As commercial deployment continues to accelerate, the technology is expected to play an important role in strengthening grid resilience and meeting growing global energy demand.

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ESS Signs 500 MWh Deployment Agreement

ESS has signed a Letter of Intent with Juniper Energy for the deployment of 500 MWh or more of sodium-ion battery energy storage systems, marking a significant commercial milestone for the company’s growing non-lithium energy storage portfolio.

The agreement establishes a framework for long-term collaboration, beginning with a 10 MW / 80 MWh project in California that is expected to utilise ESS’s Bridge™ sodium-ion battery platform and Energy Management System.

This milestone reflects the increasing demand for safe, scalable and domestically sourced energy storage solutions as utilities, AI infrastructure and critical industries continue to modernise their energy systems.

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