Welcome to our dedicated page for E-Power news (Ticker: EPOW), a resource for investors and traders seeking the latest updates and insights on E-Power stock.
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.
E-Power Inc. (NASDAQ: EPOW) announced it has secured a long-term anode material supply contract with a Global Top-5 lithium-ion battery partner and reached strategic intent to co-invest in a 30,000-tonne per year anode materials plant in Indonesia.
The selection reflects E-Power’s competitive cost structure and product reliability and aims to localize production to support a resilient, low-carbon, cost-efficient supply chain for automotive and energy customers.
E-Power (NASDAQ: EPOW) signed a Memorandum of Understanding on Feb 12, 2026 to form a U.S. joint venture, E-Power Grid Inc. USA, with Kehui International Ltd to deploy microgrids, power equipment, and power automation for artificial intelligence data centers (AIDC).
Key terms include E-Power majority ownership of at least 55%, a $1.5 million cash investment by E-Power, Kehui’s proprietary microgrid patents contributed and appraised by a mutually recognized third party, exclusive U.S./Canada patent rights, and a $3 million cumulative sales milestone within three years tied to patent retention.
Sunrise New Energy (NASDAQ: EPOW) announced a rebrand to E-Power Inc., effective February 12, 2026, to reflect a strategic shift toward artificial intelligence data center microgrid solutions. Leadership remains unchanged. The initiative includes a new name, logo, and brand identity and aligns with recent business transition efforts.
Key initiatives cited include development of grid-scale energy storage and commercial/residential solutions, establishment of U.S. production via subsidiary E-Power Grid Inc., and R&D advances in solid-state anode materials and sodium-ion battery technology.
Sunrise New Energy (NASDAQ: EPOW) signed a supply agreement to deliver approximately 3,000 tons of anode materials to Xiaolu Lithium beginning in 2026, with an estimated contract value of USD 11 million. The materials target high-rate discharge applications for UAVs, energy storage, power tools and other high-performance batteries.
The order is presented as a new revenue source and reflects downstream recognition of Sunrise's anode technology, with the company aiming to expand shipments and customer diversification.
Sunrise New Energy (NASDAQ: EPOW) said its subsidiary signed a supply agreement to deliver 246 tons of graphite anode materials in December 2025 and expects 3,000 tons of total annual supply for telecom tower backup power applications.
The contract is with a business unit of Narada Power (SZSE: 300068) and marks Sunrise's entry into the telecom backup-power market, expanding anode-material use in communication energy, data centers, and industrial backup systems. The company said it will enhance product performance and expand production and market reach domestically and internationally.
Sunrise New Energy (NASDAQ: EPOW) announced that its subsidiary published a patent titled “Spherical Hard Carbon Composite Material and Its Preparation Method” (CN2025106204848) on Dec 10, 2025. The patent targets hard carbon anode materials for low-temperature energy storage batteries, particularly sodium-ion batteries, and describes a spherical composite structure, optimized carbon framework, and improved conductive/ionic pathways and surface treatments.
The technology is presented as addressing low-temperature conductivity, ion diffusion, capacity retention, high-rate performance, and cycling durability. The company said it will continue engineering validation, performance testing, and industrialization efforts to accelerate commercialization of the material.
Sunrise New Energy (NASDAQ: EPOW) announced on Dec 9, 2025 that its Guizhou Provincial Science and Technology Major Project, titled "Key Technologies and Engineering of Novel Silicon-Carbon Anode Materials for Lithium-ion Batteries," passed a successful mid-term evaluation and was awarded $730,000 to advance next-stage development.
The project targets solutions for volume expansion and cycle stability in silicon-carbon anodes and aims to expedite pilot optimization and commercial readiness; the company said the funding validates its technical roadmap and R&D execution.
Sunrise New Energy (NASDAQ:EPOW) announced publication of its invention patent titled “High-Capacity Alloy Anode Material for Lithium-Ion Batteries and Its Preparation Method” (Patent No. CN2025105491347) on Dec 8, 2025. The patent describes structural design and preparation methods for next-generation alloy anode materials aimed at solid-state battery anodes and is presented as a milestone in the company’s solid-state anode technology roadmap.
The filing highlights alloy anodes' higher theoretical capacity versus graphite and says the invention improves capacity and cycling performance while targeting more stable interfaces with solid electrolytes and reduced interfacial impedance growth in solid-state systems.
Sunrise New Energy (NASDAQ: EPOW) announced that its subsidiary signed an annual supply agreement with Shanghai Pylon Technologies for 5,000 tons of high-performance anode materials, with a total contract value of USD 15.1 million.
The contract marks Sunrise’s formal entry into the European residential energy storage supply chain via a partnership with a globally distributed supplier reportedly dominant in European home storage. Sunrise said it will leverage its R&D and production capacity to deliver stable, high-quality supply and pursue further global collaborations to expand its international market footprint.
Sunrise New Energy (NASDAQ: EPOW) announced that its subsidiary was granted an invention patent titled “A Method for Improving the Fast-Charging Performance of Silicon-Carbon Composite Anode Materials” (Patent No. 202411167789.X) by the China National Intellectual Property Administration on Dec 5, 2025.
The patent addresses interfacial instability, ion-transport inefficiency, and capacity degradation during high-rate charging through composite structural optimization, interface stabilization, and ion-pathway enhancement. Sunrise says the method improves electrochemical performance of silicon-carbon composites under fast-charging conditions and is relevant to next-generation fast-charging lithium-ion and solid-state battery anodes.
The company plans pilot verification and commercialization, intends to increase R&D investment, and says the patent further strengthens its technical leadership and competitiveness across fast-charging batteries, energy storage systems, and solid-state battery supply chains.