Core Viewpoint - The company is convening a shareholder meeting to discuss several key proposals, including changes to registered capital, the cancellation of the supervisory board, and amendments to the company's articles of association [1][6][9]. Group 1: Meeting Procedures - The meeting will require attendees to confirm their identity and sign in to ensure proper attendance [2][3]. - Attendees have the right to speak, inquire, and vote during the meeting, but must register in advance to speak [2][3]. - Voting will be conducted both on-site and online, with specific time frames for each method [5][6]. Group 2: Proposals - Proposal 1 involves changing the registered capital and abolishing the supervisory board, with the supervisory board's functions being transferred to the audit committee of the board of directors [6][8]. - Proposal 2 aims to amend various governance documents to enhance the company's governance structure and operational compliance [9][10]. - Proposal 3 seeks to adjust the funding allocation for a convertible bond project, reducing the budget for one project and reallocating it to a new project focused on high-end electronic vacuum devices [10][11]. Group 3: Financial Details - The company has reduced its registered capital by RMB 619,468, resulting in a new total of RMB 9,531,553,600 [7][8]. - As of June 30, 2025, a total of RMB 18,000 has been converted into company stock from the convertible bonds issued [6][7].

Core Viewpoint - The company is adjusting the use of funds raised from its convertible bonds, reducing the investment in the "Wind and Solar Storage and Flexible Direct Current Distribution Contactors Production Project" from 200 million yuan to 57.5 million yuan, reallocating the reduced funds to a new project focused on high-end electronic vacuum devices and integrated systems intelligent manufacturing expansion, expected to be completed by 2027 [1][4][5]. Fundraising Overview - The company has received approval from the China Securities Regulatory Commission to issue convertible bonds totaling 480 million yuan, with a net amount of approximately 466.97 million yuan after deducting issuance costs [2][3]. - The original total investment for the projects was set at 480 million yuan, but the actual net amount raised was lower, prompting the adjustment of funding allocations [3][4]. Project Changes - The investment in the "Wind and Solar Storage and Flexible Direct Current Distribution Contactors Production Project" has been reduced by 142.5 million yuan, while the new project for high-end electronic vacuum devices will require 142.5 million yuan [4][5]. - The new project aims to enhance production capacity and product quality in the vacuum capacitor, vacuum relay, and vacuum active device sectors, with a total investment of 147.8 million yuan [9][12]. Market Context - The company is responding to changes in the market and industry environment, particularly the oversupply and price drops in the photovoltaic sector, which have affected the demand for upstream equipment [5][6]. - The semiconductor equipment industry is experiencing significant growth, with the market size in China expected to increase from 96.84 billion yuan in 2019 to 219.02 billion yuan by 2023, indicating a robust demand for electronic vacuum devices [12][13]. Project Implementation and Financial Projections - The new project is projected to generate an annual revenue of approximately 292.1 million yuan and a net profit of about 46.91 million yuan, with an internal rate of return of 28.03% and a payback period of 6.02 years [9][10]. - The construction period for the new project is estimated to be two years, with production expected to commence in 2027 [1][10]. Strategic Importance - The company aims to leverage its technological expertise and established market presence to enhance its competitive edge in high-value product segments, thereby expanding its market share and customer base [12][14]. - The project aligns with the company's long-term strategic goals and is expected to optimize resource allocation and improve operational efficiency [16][17].