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Green Energy Origin (GEO) is accelerating its strategic deployment in next-generation high-performance battery materials. Anchored by a pyramid-structured product development platform — “liquid electrolytes as the foundation, polymer electrolytes for volume growth, and solid electrolytes leading the future” — GEO is steadily building a comprehensive technology platform that addresses both current market needs and future technological transformation. GEO has recently established deep strategic collaborations with BASF, a global leader in the chemical industry, and Lake Materials, a leading Korean innovator in solid-state battery materials. These partnerships will further strengthen GEO’s strategic positioning in new materials across the full spectrum from mature applications to frontier technologies, continuously reinforcing its innovation leadership and global competitiveness in next-generation battery materials, and contributing to global low-carbon development alongside its strategic partners.

BASF × GEO | Joint Development of Next-Generation Gel Polymer Electrolyte and Other High-Performance Battery Materials

Singapore, June 23, 2026 — Green Energy Origin (GEO) and BASF, a world-leading chemical company and Fortune 500 enterprise, officially signed a Joint Development Agreement, establishing a long-term strategic partnership. Leveraging their respective core strengths in advanced materials R&D and industrial application, the two companies will jointly advance the innovation and commercial deployment of next-generation gel polymer electrolyte and other high-performance battery materials.

The collaboration will focus on the R&D of next-generation gel polymer electrolyte and other high-performance battery materials, spanning multiple core material domains. Drawing on BASF’s globally leading R&D capabilities in advanced materials science and specialty chemicals, and GEO’s deep expertise in electrolyte system innovation, materials compatibility, and industrialization, the two companies will establish a synergistic innovation framework covering the full pipeline from materials development to application validation. Through joint development of key materials and collaborative technical breakthroughs, the partnership aims to accelerate solutions to industry bottlenecks and drive the commercialization of next-generation gel polymer electrolyte  and other high-performance battery materials — providing robust support for the development of EV 、ESS 、eVTOL、AI and other strategic emerging industries.

Andy Postlethwaite ,Senior Vice President, Performance Materials Asia Pacific, BASF, and Tony Ma, Founder and CEO, GEO, jointly stated:

“Solid-state batteries are emerging as a pivotal direction in global energy technology innovation, and we are highly confident in their development prospects. BASF holds a globally leading advantage in advanced materials R&D, while GEO brings deep expertise in electrolyte system innovation and industrial application — the two companies are highly complementary. This partnership is not only a union of two industry leaders, but also a deep integration of new materials innovation and application innovation. We believe that through collaborative innovation, we will accelerate the technical breakthroughs and commercialization of next-generation gel polymer electrolyte  and other high-performance battery materials, contributing greater value to the new energy industry and a low-carbon future.”

Lake Materials × GEO | Deepening the Strategic Layout for Solid-State Battery High-Performance Materials

Seoul, South Korea, June 26, 2026 — Green Energy Origin (GEO) and LAKE Materials Co., Ltd (KOSDAQ: 281740) — an innovator in organometallic specialty materials and a globally leading manufacturer of the solid-state battery material lithium sulfide (Li₂S) — officially signed a strategic cooperation agreement.

This strategic partnership marks the official establishment of a deep collaboration between GEO and Lake Materials, under which both parties will jointly drive the global R&D and commercialization of high-performance solid-state battery materials. Through its proprietary processes, Lake Materials  has achieved the industrialized production and commercial-scale manufacturing of lithium sulfide (Li₂S) — the critical precursor for sulfide-based solid electrolytes — demonstrating leading capabilities in materials R&D and commercialization. GEO, focused on the application development and deployment of battery electrolyte systems, holds distinct advantages in materials compatibility, system integration, and commercial market development. The two companies are highly complementary, and will engage in deep collaboration around the key materials ecosystem for next-generation solid-state batteries, accelerating global commercialization.

Jindong Kim, CEO of LAKE Materials , and Tony Ma, Founder and CEO, GEO, jointly stated:

“Lake Materials possesses world-class R&D and industrialization capabilities in critical materials such as lithium sulfide, while GEO specializes in rapidly deploying advanced materials into real-world application scenarios and achieving commercialization in the global market. The high degree of complementarity between material innovation and application capabilities makes this partnership strategically significant. We believe that through collaborative innovation, we will accelerate the industrialization of Li₂S-based sulfide solid-state battery systems globally, advancing higher energy density, greater safety, and a more sustainable energy future.”

GEO Accelerates Global Strategy for Gel Polymer Electrolyte & Solid-State High-Performance Battery Materials

By deepening strategic partnerships with global industry partners such as BASF and Lake Technology , GEO is accelerating the development of a full-spectrum technology and product portfolio spanning liquid, gel polymer electrolyte and solid electrolytes, continuously strengthening its framework for next-generation battery materials and technologies. Looking ahead, GEO will remain driven by technological innovation at its core and guided by a global orientation, continuously advancing the industrialization process of liquid, gel polymer electrolyte and solid batteries, committed to building a globally leading green low-carbon integrated innovative materials platform. In the future, GEO will join hands with more international partners for win-win cooperation, continuing to make positive contributions to the global energy transition.