If You Invested in E-Power Inc. (EPOW)

Sunrise New Energy Co., Ltd. (NASDAQ: EPOW) is a Cayman Islands–incorporated company whose business is focused on advanced battery materials. According to the company’s disclosures, it is engaged, through a joint venture, in the manufacturing and sale of graphite anode material for lithium-ion batteries and related high-performance anode technologies. Sunrise New Energy is headquartered in Zibo, Shandong Province, China, and its joint venture has completed construction of a manufacturing facility with a 50,000-ton production capacity in Guizhou Province, China, powered by inexpensive electricity from renewable sources to support low-cost and lower–environmental-impact production of graphite anode material.

The company’s core business centers on supplying graphite and synthetic graphite anode materials used in lithium-ion batteries and, based on its recent announcements, in sodium-ion battery systems as well. Sunrise emphasizes that its plant’s access to renewable electricity contributes to cost efficiency and environmental performance in the production of anode materials. In addition to its materials business, Sunrise states that it also operates a knowledge sharing platform in China, which is part of its broader activities in the new energy sector.

Business model and operations

Sunrise New Energy’s business model, as described in its public communications, is built around large-scale manufacturing and sale of anode materials for battery producers. The company operates through a joint venture that produces graphite anode material at scale in Guizhou Province. The facility is described as using inexpensive renewable electricity, which the company states helps it operate as a low-cost and low–environmental-impact producer of graphite anode material.

Recent supply agreements highlight Sunrise’s role as a materials supplier to battery and energy storage manufacturers. The company has disclosed contracts to supply synthetic graphite and other anode materials for applications such as grid-scale energy storage systems, commercial and residential storage, telecom tower backup power, high-rate power batteries, and unmanned aerial vehicle (UAV) power systems. These agreements illustrate how Sunrise’s anode materials are used across multiple high-performance battery use cases.

End-market applications

Based on recent news releases, Sunrise’s anode materials are being supplied into several application areas through customer contracts:

• Energy storage systems, including grid-scale and residential storage, via agreements with companies such as Shanghai Pylon Technologies Co., Ltd. (Pylontech) and Guizhou Jiaying Technology Co., Ltd.
• Telecom tower backup power and communication energy applications, through a supply agreement with Anhui Narada Huatuo New Energy Technology Co., Ltd.
• High-rate discharge applications such as UAVs, power tools, and other high-performance battery use cases, through an order from Xiaolu Lithium and contracts with Jiaying.

These disclosed contracts indicate that Sunrise’s anode materials are used in batteries for energy storage, communication infrastructure backup, and high-power applications where reliability and high-rate performance are important.

Research and development focus

Sunrise New Energy repeatedly highlights R&D in advanced anode materials as a key part of its strategy. The company and its subsidiaries have announced multiple patents and funded projects related to next-generation battery anode technologies, including:

• A published patent for a “Spherical Hard Carbon Composite Material and Its Preparation Method” aimed at hard carbon composite anode materials for low-temperature energy storage batteries, particularly sodium-ion batteries. The company states that this technology is designed to improve low-temperature conductivity, ion diffusion efficiency, structural stability, and cycling durability in sodium-ion and broader energy storage applications.
• A published invention patent titled “High-Capacity Alloy Anode Material for Lithium-Ion Batteries and Its Preparation Method”, positioned for use in solid-state battery anodes. Sunrise notes that this work targets higher theoretical capacity and improved cycling performance for alloy-based anode materials in solid-state systems.
• A granted patent for “A Method for Improving the Fast-Charging Performance of Silicon-Carbon Composite Anode Materials”, which the company describes as enhancing interfacial stability, ion transport efficiency, and capacity retention for silicon-carbon composite anodes under fast-charging and high-rate conditions.
• A granted patent for a “Preparation Method of Lithium Cerate–Coated Graphite Iron Oxide Anode Material”, designed for next-generation solid-state battery anode materials. Sunrise reports that this coating technology aims to improve ion transport, cycling stability, and mechanical integrity under solid-state battery operating conditions.
• A Guizhou Provincial Science and Technology Major Project titled “Key Technologies and Engineering of Novel Silicon-Carbon Anode Materials for Lithium-ion Batteries”, for which Sunrise reported a successful mid-term evaluation and associated funding to advance silicon-carbon anode development.
• A Solid-State Battery and Key Materials Pilot Development Project approved and funded by the Guizhou Provincial Department of Science and Technology, focused on pilot-scale development of solid-state battery anode materials, including interface-enhanced composites, silicon-carbon materials, iron oxide composites, and rare-earth–modified structures.

Through these projects and patents, Sunrise positions itself, in its own disclosures, as working on solid-state battery anode materials, silicon-carbon composites, hard carbon for sodium-ion batteries, and alloy anodes, with an emphasis on improving energy density, low-temperature performance, fast-charging capability, and cycling stability.

Corporate structure and capital markets activity

Sunrise New Energy Co., Ltd. is described in SEC filings as an exempted company with limited liability incorporated under the laws of the Cayman Islands. The company files reports with the U.S. Securities and Exchange Commission as a foreign private issuer on Form 20-F and Form 6-K, and its Class A ordinary shares trade on NASDAQ under the symbol EPOW.

Recent Form 6-K filings detail several capital markets transactions:

• Registered direct offerings of Class A ordinary shares under an effective shelf registration statement on Form F-3, with proceeds stated to be used for working capital and general corporate purposes.
• A private placement of Class A ordinary shares and warrants to non-U.S. purchasers in reliance on Regulation S, with proceeds similarly intended for working capital and other general corporate purposes.

The company has also disclosed a joint venture agreement to establish Alchemistica Inc. in Delaware, alongside SDH (HK) New Energy Tech Co., Limited and other parties, to support the expansion of Sunrise’s operations into the United States. Under the agreement, Sunrise and its Hong Kong subsidiary are expected to hold a majority equity interest in the joint venture based on their capital contributions.

Geographic footprint and facilities

Sunrise states that it is headquartered in Zibo, Shandong Province, China, while its major manufacturing joint venture operates a completed facility in Guizhou Province, China with 50,000 tons of annual production capacity for graphite anode material. The company’s SEC filings list its principal office in Zibo City, Shandong Province, in the People’s Republic of China. The Guizhou facility is described as using inexpensive electricity from renewable sources, which the company identifies as a factor in its cost structure and environmental profile.

Knowledge sharing and platforms

In addition to its materials manufacturing activities, Sunrise notes that it operates a knowledge sharing platform in China. While the company’s news releases do not elaborate on the specific content or structure of this platform, its inclusion in the company’s self-description indicates an additional business component beyond physical materials production.

Legal and regulatory status

Based on the provided SEC filings, Sunrise New Energy continues to file Form 6-K current reports and references an effective Form F-3 shelf registration statement for registered offerings of its Class A ordinary shares. The filings describe ongoing capital raising transactions and corporate actions such as a joint venture formation and shareholder meeting documentation. There is no mention in the provided materials of deregistration, delisting, or bankruptcy proceedings.

Frequently asked questions (FAQ)

The following FAQs summarize key points about Sunrise New Energy Co., Ltd. based on its public disclosures.

• What does Sunrise New Energy Co., Ltd. do?
  According to the company’s own descriptions, Sunrise New Energy, through its joint venture, is engaged in the manufacturing and sale of graphite anode material for lithium-ion batteries. It also reports R&D and patent activity in advanced anode materials for solid-state and sodium-ion batteries, and it operates a knowledge sharing platform in China.
• Where is Sunrise New Energy headquartered?
  Sunrise New Energy states that it is headquartered in Zibo, Shandong Province, China. Its SEC filings list its principal office in Zibo City, Shandong Province, in the People’s Republic of China.
• On which exchange does EPOW trade?
  The company’s news releases and SEC filings identify Sunrise New Energy Co., Ltd. as trading on NASDAQ under the ticker symbol EPOW, with Class A ordinary shares registered under the U.S. Securities Exchange Act of 1934.
• What are Sunrise New Energy’s main products?
  The company describes its primary products as graphite anode material and synthetic graphite anode materials for lithium-ion batteries. Recent contracts reference high-performance anode materials for energy storage systems, telecom tower backup power, high-rate power batteries, and UAV power systems.
• Which industries use Sunrise’s anode materials?
  Based on disclosed supply agreements, Sunrise’s anode materials are used in grid-scale and residential energy storage systems, telecom tower backup power, data center and utility backup systems, high-rate power batteries, power tools, smart home devices, and UAV applications through its customers in the battery and energy storage sectors.
• What R&D areas does Sunrise focus on?
  Sunrise highlights R&D in solid-state battery anode materials, silicon-carbon composite anodes, hard carbon composite anodes for sodium-ion batteries, alloy anode materials, and interface-enhanced composite structures. It has announced multiple patents and funded projects in these areas, including technologies aimed at improving low-temperature performance, fast charging, cycling stability, and interfacial properties.
• Does Sunrise New Energy have solid-state battery–related technologies?
  Yes. The company reports patents and projects specifically for solid-state battery anode materials, including lithium cerate–coated graphite iron oxide anode materials and high-capacity alloy anode materials designed for solid-state systems, as well as silicon-carbon and other composites tailored for solid-state battery applications.
• How is Sunrise expanding internationally?
  Sunrise has disclosed an annual supply agreement with Pylontech, which it describes as having a strong position in the European residential energy storage market, thereby connecting Sunrise to the European energy storage supply chain. It has also entered into a joint venture agreement to establish Alchemistica Inc. in Delaware to support expansion of its operations into the United States.
• What is the significance of Sunrise’s Guizhou manufacturing facility?
  The company states that its joint venture has completed a 50,000-ton-capacity manufacturing facility in Guizhou Province, China. The plant uses inexpensive electricity from renewable sources, which Sunrise identifies as contributing to low production costs and lower environmental impact for its graphite anode material.
• How does Sunrise raise capital?
  Recent Form 6-K filings show that Sunrise has conducted registered direct offerings of Class A ordinary shares under an effective Form F-3 registration statement, and a Regulation S private placement of Class A ordinary shares and warrants to non-U.S. investors. The company states that net proceeds from these offerings are intended for working capital and general corporate purposes.