I. Use of Raised Funds Plan
The total amount of raised funds for this issuance to specific objects shall not exceed RMB 2,900,000,000 (inclusive). After deducting issuance expenses, the net raised funds will be fully used for the following projects:
| Item | Project Name | Investment Amount | Raised Funds Investment Amount |
|---|---|---|---|
| 1 | Lithium Battery New Materials Integrated (Phase I) Project (i.e., 200,000 tons/year phosphate new materials project) | 240,018.16 | 215,000.00 |
| 2 | Supplement Working Capital Project | 75,000.00 | 75,000.00 |
| Total | 315,018.16 | 290,000.00 |
Before the raised funds for this issuance are in place, the company may make advance investments using its own funds or self-raised funds based on the actual situation of the raised funds investment projects. These advance investments will be replaced according to relevant laws and regulations after the raised funds are in place. If the net raised funds after deducting issuance expenses are less than the total planned investment amount, the company will adjust the order and amount of investment in the above projects within the scope of the raised funds investment projects based on the actual amount of raised funds. The shortfall will be resolved by the company using its own funds or self-raised funds.
The total amount of raised funds for this issuance shall not exceed RMB 2,900,000,000. Among them, RMB 215,000,000 will be used for the capital expenditure of the Lithium Battery New Materials Integrated (Phase I) Project (i.e., 200,000 tons/year phosphate new materials project). The basic contingency fund and initial working capital for this project will be resolved by the company's own funds or through other financing methods and do not involve the raised funds. RMB 75,000,000 will be used to supplement working capital, accounting for 25.86% of the total raised funds, which complies with relevant regulations.
II. Basic Situation and Feasibility Analysis of Raised Funds Investment Projects
(I) Lithium Battery New Materials Integrated (Phase I) Project
1. Project Basic Situation
The project will be constructed in the Huashan Area of Qujing High-tech Industrial Development Zone, with Qujing City Guanyi Dynanonic Technology Co., Ltd. as the implementing entity.
The project plans to expand the factory, introduce high-end production equipment, and recruit relevant production and technical personnel to add an annual production capacity of 200,000 tons of new-generation high-compaction phosphate new materials, to meet market demand, follow industry development trends, and consolidate the company's leading market position.
2. Necessity of Project Implementation
(1) Complying with Policy Guidance and Following the Trend of New Energy Vehicle and Energy Storage Market Development, Seizing Downstream Market Growth Dividends
In recent years, against the backdrop of the "dual carbon" goals and the deepening global energy transition, the steady development of the new energy vehicle industry has driven rapid growth in power battery shipments. The new energy storage market has also accelerated its expansion driven by policy support and market demand. These two major sectors have become the core drivers of sustained growth in demand for power batteries and energy storage batteries.
In the new energy vehicle sector, as a core component of new energy vehicles, power batteries are experiencing a continuous surge in demand driven by the rapid growth in new energy vehicle sales. According to statistics from GGII (High-tech Industry Research Institute for Lithium Batteries), China's power battery shipments are expected to reach 1.1 TWh in 2025, a year-on-year increase of 41%. Among them, lithium iron phosphate power battery shipments are expected to reach 882 GWh, a year-on-year increase of over 130%, accounting for as high as 80% of the total power battery market, making it the mainstream product in the power battery market. In the future, with the iterative upgrades of power battery material systems, the steady progress of new energy vehicle exports, and the continuous improvement of new energy vehicle penetration in overseas markets, the market demand for the global and domestic power battery industry is expected to maintain high growth.