Sunrise New Stock Price, News & Analysis

Sunrise New Energy (NASDAQ: EPOW) announced that a subsidiary was granted a utility patent titled An Anti-Eruption System for Graphitization Furnace (Authorization No. CN222165748U) on October 21, 2025. The system combines artificial intelligence, big-data analytics, and an industrial control matrix for predictive monitoring and proactive safety management during anode material graphitization.

Key technical features include an ultra-high-temperature pressure sensor rated to 3000°C, AI-driven real-time data modeling to forecast abnormal temperature and pressure, early warnings for potential eruptions, and an automatic high-pressure control that adjusts temperature, current, or power to prevent or limit damage. The company says the architecture improves safety, automation, stability, precision, durability, and reusability for large-scale anode production lines.

Sunrise (NASDAQ: EPOW) announced that its subsidiary and Songci Electromechanical jointly developed an industry-leading CVD fluidized bed system for silicon-carbon anodes on Oct 9, 2025. The system features high deposition and coating uniformity, precise temperature and concentration control, and AI-enabled intelligent management.

Sunrise says the new process overcomes uniformity and consistency challenges in traditional CVD, improving product performance in energy density, first-cycle efficiency, and cycling stability, and aims to accelerate commercialization of silicon-carbon anodes for solid-state and high-energy-density batteries.

Sunrise New Energy (NASDAQ: EPOW) announced that its subsidiary received an invention patent authorization on October 7, 2025 for a “Preparation Method of Anode Material for Energy Storage Lithium‑Ion Batteries.”

The patented process specifies particle sizing (D50 = 10–50 μm), low‑temperature graphitization at 2000–2600°C for 6–24 hours, pre‑carbonization at 300–400°C, and final heating at 800–1100°C with vapor deposition for 1–6 hours. The resulting anode material is described as having high‑temperature storage performance, high first‑cycle efficiency, and outstanding cycling stability, which the company says supports high‑performance, long‑life energy storage systems and accelerates industrial application.

Sunrise New Energy (NASDAQ: EPOW) announced that its subsidiary was granted invention patent CN115188949B on October 6, 2025, for a mesophase carbon microsphere–silicon carbon composite anode material.

The patent describes a multi-step preparation method including polymerizing medium-temperature pitch, sedimentation/centrifugation, plasma modification, electrochemical silicon deposition with organosilane/organic lithium additives, washing and carbonization to produce a composite anode.

The company says the composite improves lithium-ion transport, structural stability, compressive strength and addresses silicon anode challenges of volume expansion and ionic conductivity, supporting large-scale solid-state battery industrialization and further R&D investment.

Sunrise (NASDAQ:EPOW) said its subsidiary received USD 600,000 from the National Special Fund for Science and Technology Development for project Reference No. QKHZ YZD 2025 [044].

This award is the first national‑level science and technology innovation project approved in Qianxinan Prefecture in three years and is presented as formal recognition of Sunrise's leadership in solid‑state battery anode materials. The company said it will leverage the funding to strengthen R&D investment, advance key technology development, and accelerate industrialization of innovative anode materials for next‑generation solid‑state batteries.

Sunrise's CEO Haiping Hu characterized the grant as affirmation of long‑term commitment to innovation and said the company will use the momentum to expand industrial cooperation and consolidate its global position in anode materials.

Sunrise (NASDAQ: EPOW) announced on Oct 2, 2025 that its subsidiary Sunrise (Guizhou) signed a one-year supply contract with China Sodium Times (Shenzhen) to deliver 10,000 tons of artificial graphite anode materials for a total value of approximately USD 29 million.

The agreement runs for one year and highlights demand for Sunrise's advanced anode products and strengthened supplier relationships with downstream battery PACK manufacturers.

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.