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 (NASDAQ: EPOW) announced that its joint venture, Sunrise (Guizhou) New Energy Materials, has passed provincial review and been placed on Guizhou’s public recommendation list for the eighth batch of national-level “Little Giant” SMEs in China, as one of only 28 enterprises in the province.
According to E-Power, Sunrise Guizhou has filed 187 IP applications, including 46 granted patents, and holds 17 registered data IP rights. It participates in 45 effective industry standards, helped draft a national standard for porous carbon for silicon-based anodes, and has received multiple national and provincial recognitions. A provincial R&D program on graphite anode materials was also accepted after meeting required technical indicators and enabling construction of an artificial graphite production line. Final “Little Giant” designation remains subject to MIIT review.
E-Power (NASDAQ: EPOW) closed a private placement of 15,841,585 Class A ordinary shares to a single non-U.S. investor at US$1.01 per share, raising approximately US$16.0 million in gross proceeds. The subscription agreement was signed on June 16, 2026 and the transaction closed on June 29, 2026, following board approval.
According to the company, proceeds will be used for working capital, investments and other general corporate purposes, supporting its AI data center microgrid project pipeline in North America and advanced battery materials programs. The shares were issued under Regulation S and are not registered under the Securities Act.
E-Power (NASDAQ:EPOW) received a RMB 3,000,000 (about USD 411,000) grant from the Guizhou Provincial Big Data Development Administration. The funding supports an AIoT, big data and blockchain-driven smart manufacturing data platform for the lithium battery anode industry.
The project aims to eliminate data silos, enhance traceability, and link E-Power’s 50,000-ton graphite anode capacity with its AI data center microgrid ecosystem.
E-Power (NASDAQ:EPOW) announced that its next-generation energy storage anode R&D project passed expert evaluation by Guizhou’s Department of Science and Technology and was selected for the 2026 first batch of the provincial “Three-Scale-Up Enterprises” program, securing a dedicated grant of RMB 1,555,600 (about USD 213,000).
The funding will support development and scaling of carbon-based and composite anode materials for large-scale energy storage systems and complements E-Power’s existing 50,000-ton graphite anode manufacturing capacity and AI data center microgrid business.
E-Power (NASDAQ:EPOW) received a Nasdaq notice on May 20, 2026 for not meeting the $1.00 minimum bid price requirement after 30 consecutive business days below that level. The company has until November 16, 2026 to regain compliance and is considering options including a possible reverse share split. Business operations are unchanged.
E-Power (NASDAQ: EPOW) announced a granted patent dated May 8, 2026 for "A Phosphorus-Silver-Silicon Co-Doped Hard Carbon Composite" (Patent No: CN2023105784527). The patent covers a P-Ag-Si/HC material aimed at improving sodium-ion battery anodes by combining silicon, silver and phosphorus doping to boost capacity, conductivity and interface stability.
The company positions this IP as a step toward industrializing hard carbon composites for sodium-ion batteries, emphasizing low-cost operation, high charge rates and improved low-temperature performance.
E-Power (NASDAQ: EPOW) announced that subsidiary Sunrise New Energy received a $294,000 provincial capital construction special fund from the Guizhou Provincial Development and Reform Commission on May 8, 2026 to support the "Guizhou Carbon-Based Anode Material Industrial Technology Engineering Center" project. The Center will integrate R&D, commercialization, and regional industry cluster development for carbon-based anode materials.
The funding targets full-lifecycle support, resource integration, and acceleration of lab-to-industry deployment for graphite, silicon-carbon, and hard carbon anode technologies.
E-Power (NASDAQ: EPOW) announced on May 7, 2026 that its subsidiary received Patent No. CN2024105182226 for a "Preparation Method for a Double-Layer Coated Silicon-Carbon Composite Material." The patent covers a double-layer coating process intended to improve silicon-carbon anode stability and longevity for solid-state batteries in Guizhou Province.
This authorization establishes a technical basis for industrial-scale production of key solid-state battery materials and supports E-Power's strategy to integrate advanced battery materials with AI data-center microgrid solutions.
E-Power (NASDAQ:EPOW) signed a three-phase Microgrid Construction & Services Agreement with ZL Bio to scale power from 3 MW to 50 MW for a 6,000-unit greenhouse in Middletown, California, with total project CAPEX of approximately $252 million.
Phases: 3 MW (Phase 1, $15.12M), +6 MW to 9 MW (Phase 2, $30.24M), +41 MW to 50 MW (Phase 3). E-Power will deliver turnkey EPC, LFP BESS, Tier-1 bifacial solar, a proprietary EMS/SCADA, 20ms islanding, 99.5% availability guarantee, and long-term O&M including 24/7 monitoring and emergency SLA.
E-Power (NASDAQ: EPOW) announced that a majority-owned subsidiary has onboarded a veteran engineering team with prior technical collaboration with NVIDIA to advance ultra-high-density AI data center power solutions. Key highlights include liquid-cooled fanless designs, 16kW AC and 50kW DC modules with peak efficiencies up to 99%, a 275kJ energy reserve and 387ms hold-up time, and a new financing round to scale lab capacity and mass production for 800VDC microgrid markets.