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E-Power Inc. reports developments in AI data center microgrid solutions and advanced battery materials. Company news centers on graphite anode materials for lithium-ion batteries, hard carbon for sodium-ion battery applications, silicon-carbon composite materials, and the Guizhou-based operations of Sunrise New Energy.
Recurring updates also cover patents, government-supported carbon-based anode research, customer and strategic agreements for energy infrastructure, high-speed optical modules for AI data centers, and expansion of supply-chain and microgrid capabilities across battery and energy-storage markets.
Sunrise New Energy (NASDAQ:EPOW) has secured a crucial patent for its silicon-carbon composite anode material technology, specifically designed for solid-state batteries. The patent, titled "Preparation Method of a Fast-Ion-Conductor–Coated Silicon-Carbon Anode Composite Material," addresses key limitations in existing CVD-based silicon-carbon composites.
The innovative technology introduces a fast-ion conductor coating that enhances both ionic transport characteristics and compressive strength of silicon-carbon composites. This breakthrough is particularly significant for solid-state batteries, which offer superior safety, energy density, and cycle life compared to conventional lithium-ion batteries.
Sunrise New Energy (NASDAQ: EPOW), a leader in lithium-ion battery anode materials, along with its subsidiary Alchemistica Incorporated, will attend The Battery Show North America 2025 in Detroit from October 6-9, 2025.
The company's CEO, Haiping Hu, and senior staff will focus on developing partnerships in three key sectors: residential energy storage, commercial & industrial (C&I) storage, and AI data center energy storage systems. The exhibition represents Sunrise's strategic effort to expand its presence in the North American market, leveraging its anode materials expertise and Alchemistica's battery pack solutions.
Sunrise New Energy (NASDAQ: EPOW) has secured a new Japanese patent (No. 7413482) for its lithium-ion battery anode material manufacturing method. The patent, granted to subsidiary Sunrise (Guizhou) New Energy Materials, strengthens the company's intellectual property portfolio, which already includes patents in the United States and Korea.
The patented technology enhances the efficiency, cycle life, and power performance of graphite-based anodes, targeting applications in electric vehicles, grid-scale storage, and AI data center energy storage systems. CEO Haiping Hu emphasized the strategic importance of securing protection in Japan's competitive battery market.
[ "New Japanese patent strengthens global intellectual property portfolio", "Technology improves efficiency and performance of graphite-based anodes", "Patent protection secured in major battery markets (US, Korea, Japan)", "Positions company for growth in EV and AI data center markets" ]Sunrise New Energy (NASDAQ: EPOW) has secured a significant Korean patent (No. 10-2809382) for its innovative lithium-ion battery anode material preparation method. The patent, granted to subsidiary Sunrise (Guizhou) New Energy Materials, represents a technological advancement that enhances graphite-based anode materials' efficiency, cycle life, and power performance.
The technology improves first-cycle Coulombic efficiency and high-rate capabilities, making it particularly suitable for three key applications: electric vehicles, grid-scale energy storage systems, and AI data center energy storage packs. The innovation specifically addresses the demanding requirements of AI data centers, which require exceptional reliability, fast charging, and extended service life.
Sunrise New Energy (NASDAQ:EPOW) has secured a $137,000 grant from the Guizhou Provincial Department of Science and Technology to establish a Provincial Science and Technology Innovation Leading Talent Workstation for New Energy Battery Materials. The workstation, developed in collaboration with National Changjiang Scholar Professor Bin Xu, will focus on advancing next-generation anode technologies for power batteries.
The initiative aims to create an integrated innovation platform combining industry, academia, research, and application. Key focus areas include fast-charging graphite, silicon-carbon composites, and hard carbon materials. The project will accelerate R&D efforts, enhance industrialization pathways, and support technological advancement while fostering high-level talent development.
Sunrise New Energy (NASDAQ: EPOW) has secured U.S. Patent No. US 12,371,341 B2 for an innovative lithium-ion battery anode material preparation method. The patent, granted to subsidiary Sunrise (Guizhou) New Energy Material Co., covers a novel process for preparing graphite-based composites through titanium/nitrogen/fluorine co-doped porous titanium dioxide.
The patented technology improves the initial Coulombic efficiency and power performance of graphite composites, targeting next-generation high-energy and high-power lithium-ion batteries. The preparation method involves a sophisticated process using tetrabutyl titanate, specific solvents, and precise temperature controls to create porous lithium titanate-coated graphite composites.
Sunrise New Energy (NASDAQ: EPOW), a leading battery anode materials manufacturer, has announced plans to establish a 1GW lithium battery pack project in the United States through its new subsidiary, Alchemistica Incorporated.
The strategic initiative aims to capitalize on growing energy storage demand in North America, focusing on residential and commercial & industrial applications. The project will be led by CEO Haiping Hu, leveraging his extensive experience in battery pack production and technology development.
The U.S.-based production facility is designed to create synergies between downstream battery applications and Sunrise's upstream anode material business, potentially driving increased sales of the company's graphite anode materials.
Sunrise New Energy (NASDAQ: EPOW), a battery anode materials innovator, has achieved recognition as one of the top 11 global suppliers of artificial graphite anode materials for energy storage and EV batteries. The company has demonstrated significant technological progress with 97 patent filings and 39 granted patents, including three in the U.S., Japan, and South Korea.
The company's competitive advantage stems from its fully self-operated graphitization process, enabling strict quality control and process optimization. Through enhanced automation and improved supply chain management, Sunrise has achieved profitability by reducing production costs. The company anticipates further cost reductions through continued process optimization and capacity expansion.
Sunrise New Energy (NASDAQ: EPOW), a battery anode materials manufacturer, has secured a RMB 4.3 million (USD 0.59 million) grant from the National Science and Technology Development Fund. The funding will support the company's project to enhance industrial capabilities in Qianxinan prefecture.
The initiative focuses on advancing battery anode materials technology, specifically targeting breakthroughs in design, precision control, and large-scale preparation from various carbon sources. Sunrise plans to establish a comprehensive platform integrating R&D, technology transfer, incubation, services, industry, and capital to foster regional industrial transformation and talent development.
Sunrise New Energy (NASDAQ:EPOW), a graphite anode materials manufacturer, reported strong financial performance with a combined net profit of $0.57 million in July-August 2025. The company achieved $5.2 million in revenue and $0.41 million net profit in July, followed by $4.7 million revenue and $0.16 million net profit in August.
The improved profitability stems from optimized cost control and enhanced production efficiency, particularly through increasing in-house graphitization processing. Additionally, Sunrise began constructing a 20,000-ton high-end graphite anode production line in Guizhou Province in September 2025, aimed at boosting supply capacity and future profitability.