Group 1: Company Overview and Innovation Plans - The company emphasizes that technological innovation is the core of its sustainable development, focusing on research and development (R&D) and technological transformation to optimize production processes and enhance product quality stability for activated carbon, sodium silicate, and silica gel [1] - The company aims to improve production line efficiency and environmental standards through "technology application, process improvement, and equipment enhancement," while steadily advancing towards decarbonization [1] - The company plans to explore new products and applications in activated carbon, leveraging its technical foundation to develop specialized activated carbon products, aiming for a "develop one generation, produce one generation, and reserve one generation" strategy for long-term growth [1] Group 2: Product Development and Market Expansion - The company has developed a wide range of activated carbon products, including bamboo-based granular activated carbon, fruit shell activated carbon, coconut shell carbon, supercapacitor activated carbon, biomass hard carbon, and porous carbon, which are applied in various industries such as fermentation, food additives, pharmaceuticals, chemicals, water treatment, environmental protection, catalyst carriers, and new energy carbon materials [2] - The company intends to strengthen its market position in the activated carbon industry by adopting flexible sales strategies to expand market share in traditional sectors and enhance product pricing power [2] - The company is actively developing high-end activated carbon products and utilizing exhibitions, forums, and seminars to enhance its industry image and promote a "one-stop overall solution" capability [2] Group 3: New Energy Carbon Materials - The company reports that its new energy carbon materials, including supercapacitor carbon, hard carbon, and porous carbon, have started well, achieving mass production and sales, and are expected to become a new growth driver for the company [2] - The company is progressing with the "2,000 tons per year porous carbon construction project" to further enhance its production capacity [2]

Group 1: Company Operations and Production Capacity - The company has developed new silicon-carbon anode materials for solid-state and semi-solid batteries, with pilot production completed and customer samples sent out [2] - The company’s current production capacity of 70,000 tons is expected to reach a high utilization level in the second half of the year [3] - The company is constructing a green electricity supply project with a total installed capacity of 580,000 kW, including a storage capacity of 116,000 kW for 4 hours [5] Group 2: Competitive Advantages - The company benefits from low average electricity costs in Inner Mongolia, which significantly impacts project profitability due to the high energy consumption of the graphitization process [3] - Inner Mongolia's abundant wind and solar resources provide a substantial guarantee for green electricity generation and efficiency [3] - The company’s production park is located in a major anode material production cluster, enhancing resource synergy [3] Group 3: Strategic Development and Market Expansion - The company plans to expand its overseas business as part of its development strategy, leveraging the international layout of the parent company [6] - The company is actively pursuing asset injection from its controlling shareholder to enhance asset synergy, subject to regulatory approvals [7] - The company is focused on improving operational performance through capacity release and cost reduction measures, expecting better financial results this year [7]

Core Viewpoint - The company is actively advancing its capacity construction and strategic asset restructuring, focusing on the development of new materials and cost control advantages in production. Group 1: Capacity Construction and Release - The company is fully promoting the construction of 200,000 tons of integrated anode materials and a 580,000 kW source-network-load-storage project. The first phase of 50,000 tons of front-end production line has been completed and is gradually entering the debugging production stage. Collaborating parties have formed a total of 68,000 tons of front-end and 68,000 tons of graphitization capacity. The construction of the first phase of 283,000 kW wind-solar power and transmission lines, as well as the second phase of 50,000 tons of front-end capacity and 82,000 tons of graphitization capacity, has also started, with completion expected by the end of this year, resulting in a total of 140,000 tons of anode capacity [2]. Group 2: Cost Control Advantages - The new production capacity has significant cost control advantages. The Inner Mongolia region has low electricity costs, abundant wind and solar resources, and a low-temperature environment, which creates a resource synergy effect for anode material production. The 580,000 kW source-network-load-storage green electricity supply is expected to increase the green electricity coverage ratio to over 50%, significantly reducing electricity costs. Additionally, the new production capacity is designed to be highly intensive, intelligent, and scientific, effectively improving management efficiency and output levels [2]. Group 3: Major Asset Restructuring Progress - Based on future strategic planning, the company initiated a major asset restructuring in the first half of the year, intending to issue shares to acquire the chemical new materials business assets of Xuyang Group and raise matching funds. Upon completion of the transaction, the company will add a nylon new materials business, forming a dual main business structure of "anode materials + nylon new materials." The board of directors approved the relevant proposals on May 16, 2025, and due diligence, auditing, and evaluation work are still in progress. The board will convene again to review the formal plan and submit it for shareholder meeting approval [2]. Group 4: New Materials Product R&D - The company has made significant achievements in new materials research and development. Relying on its own technology and the raw material advantages of Xuyang Group, the asphalt-based silicon-carbon anode product has completed pilot testing and sample delivery. This product has higher capacity, first-time efficiency, and compressive strength compared to resin-based and biomass-based silicon-carbon anodes. In terms of hard carbon anodes, the company has completed the process development of biomass hard carbon and is also conducting research on coal-based and asphalt-based products [2].