数据来源：天眼查APP 以上内容为证券之星据公开信息整理，由AI算法生成（网信算备310104345710301240019号），不构成 投资建议。 采购方：国网电力科学研究院武汉能效测评有限公司 供应商：朗新科技集团股份有限公司 中标金额： 地区：湖北省 发布日期：2025-10-22 证券之星消息，根据天眼查APP-财产线索数据整理，根据国网电力科学研究院武汉能效测评有限公司 10月22日发布的《基于人工智能的新型市场主体结算技术及政策影响分析研究推荐的成交候选人公示》 内容显示，朗新科技集团股份有限公司中标，详情如下： 标题：基于人工智能的新型市场主体结算技术及政策影响分析研究推荐的成交候选人公示 通过天眼查大数据分析，朗新科技集团股份有限公司共对外投资了19家企业，参与招投标项目3580次； 财产线索方面有商标信息364条，专利信息98条，著作权信息325条；此外企业还拥有行政许可26个。 ...

Investment Rating - The report maintains an investment rating of "Synchronize with the market - A" for the power equipment and new energy industry [1]. Core Viewpoints - The report highlights the stable pricing in the photovoltaic industry chain and the recent developments in robotics, indicating a positive outlook for the sector [1][3]. - The National Energy Administration reported 8,658 new renewable energy projects in August 2025, with a significant focus on photovoltaic projects [4]. - The National Development and Reform Commission is addressing price disorder in the market, which may impact pricing strategies in the industry [5]. Summary by Relevant Sections Preferred Stocks - The report lists several preferred stocks with ratings, including: - Aishuo Co., Ltd. (600732.SH) - Buy-B - Longi Green Energy (601012.SH) - Buy-B - Daqian Energy (688303.SH) - Buy-B - Fulete (601865.SH) - Buy-A - Hengdian East Magnet (002056.SZ) - Buy-A - Sunshine Power (300274.SZ) - Buy-A - Deye Co., Ltd. (605117.SH) - Buy-A - Langxin Group (300682.SZ) - Buy-B - Quartz Co., Ltd. (603688.SH) - Buy-A - Bowei Alloy (601137.SH) - Buy-A [2]. Price Tracking - The report provides insights into the pricing trends of various components in the photovoltaic supply chain: - The average price of dense polysilicon is 51.0 CNY/kg, remaining stable [6]. - The average price of 182-183.75mm N-type silicon wafers is 1.35 CNY/piece, also stable [7]. - The average price of 182-183.75mm N-type battery cells is 0.32 CNY/W, maintaining stability [7]. - The average price of 182*182-210mm TOPCon double-glass modules is 0.693 CNY/W, remaining unchanged [8]. Investment Recommendations - The report recommends focusing on companies in various segments: - BC new technology direction: Aishuo Co., Ltd., Longi Green Energy - Supply-side direction: Daqian Energy, Fulete - Overseas layout direction: Bowei Alloy, Hengdian East Magnet - Light storage direction: Sunshine Power, Deye Co., Ltd. - Power marketization direction: Langxin Group - Domestic substitution direction: Quartz Co., Ltd. [9].

Core Insights - The public utility sector is experiencing fluctuations in electricity prices and coal prices, with a notable decrease in electricity procurement prices year-on-year and an increase in coal prices week-on-week [1][3] - The performance of Jintou Energy in Q3 2025 is highlighted, showing significant profit growth due to favorable conditions in the coal market and increased electricity demand during peak summer [2] - The National Development and Reform Commission (NDRC) has introduced initiatives to boost electric vehicle charging infrastructure, indicating potential investment opportunities in this sector [2] Electricity and Coal Prices - In August 2025, the electricity procurement price decreased by 2% year-on-year but increased by 1.3% month-on-month [1][3] - As of October 17, 2025, the price of thermal coal at Qinhuangdao was 748 RMB per ton, reflecting a week-on-week increase of 39 RMB per ton [1][3] Electricity Consumption and Generation - Total electricity consumption from January to July 2025 reached 5.86 trillion kWh, representing a year-on-year increase of 4.5% [1][3] - Cumulative electricity generation during the same period was 5.47 trillion kWh, with a year-on-year growth of 1.3% [1][3] - Different energy sources showed varied performance: thermal power and hydropower decreased by 1.3% and 4.5% respectively, while nuclear, wind, and solar power increased by 10.8%, 10.4%, and 22.7% respectively [1][3] Investment Opportunities - The report suggests focusing on undervalued thermal power assets and the growth potential of electric vehicle charging infrastructure [4] - Recommendations include investing in companies like Jintou Energy, Jingneng Power, and Datang Power for thermal power opportunities [4] - The charging pile equipment sector is highlighted with companies such as Teruid and Shenghong as potential investment targets [4] - Renewable energy assets, particularly solar and charging infrastructure, are expected to see a revaluation due to market dynamics [4]

Core Viewpoint - The construction of zero-carbon parks is gaining momentum across various regions, driven by policy support and market demand, and is seen as a crucial strategy for industrial green transformation [2][3]. Policy and Market Drivers - The National Development and Reform Commission, Ministry of Industry and Information Technology, and National Energy Administration issued a notice in July to accelerate the energy structure transformation of parks and promote energy conservation and carbon reduction [3]. - Zero-carbon parks can receive funding support of 20% of the approved total investment amount as part of the "low-carbon, zero-carbon, negative-carbon demonstration projects" [3]. - Local governments have set ambitious targets for zero-carbon park construction, such as Sichuan aiming to establish 20 near-zero carbon parks by 2025 and Shandong targeting 15 provincial-level zero-carbon parks by 2027 [3]. Energy Structure Transformation - Energy structure transformation is key to carbon reduction in parks, with local resource endowments influencing energy supply methods [7][8]. - The establishment of a green electricity supply system in parks can significantly reduce product carbon footprints and help small and medium-sized enterprises (SMEs) cope with international green trade barriers [4]. Technological Innovations - AI and digital technologies are becoming critical supports for zero-carbon parks, enabling complex energy dispatch and management [10]. - Digital management platforms are emerging as essential tools for precise management of energy consumption and carbon emissions in parks [11]. Challenges and Solutions - SMEs face high costs for zero-carbon transformation, which poses a significant challenge for park construction [9]. - To lower transformation costs for SMEs, park management can provide centralized energy operation platforms and financial institutions can offer low-interest green loans based on overall park credit [9]. Examples of Successful Implementation - Companies like Kangfen Biotech are implementing zero-carbon standards in their facilities, utilizing solar energy and waste recycling to reduce carbon footprints [2]. - The Ordos zero-carbon industrial park serves as a model for transforming coal-dependent areas into industrial decarbonization examples, leveraging local wind and solar resources [4].

Core Insights - The construction of zero-carbon parks is gaining momentum across various regions, driven by policy support and market demand, becoming a crucial tool for industrial green transformation [2][3] - The transition of energy structure in zero-carbon parks faces multiple challenges, including resource endowment differences and varying energy management levels among enterprises [1][4] - "Smart" solutions are identified as a key pathway to overcome the challenges in energy structure transformation within zero-carbon parks [1][5] Policy and Market Drivers - The National Development and Reform Commission, Ministry of Industry and Information Technology, and National Energy Administration issued a notice in July to accelerate the transition of energy structures in parks, outlining eight key tasks [3] - Zero-carbon parks can receive funding support of 20% of the approved total investment under the central budget management measures for energy conservation and carbon reduction [3] - Local governments are setting ambitious targets for zero-carbon park construction, such as Sichuan aiming for 20 near-zero carbon parks by 2025 and Shandong targeting around 15 provincial-level zero-carbon parks by 2027 [3] Economic Benefits - The construction of zero-carbon parks is expected to reduce operational costs for enterprises, with solar power prices in certain parks being significantly lower than industrial electricity prices [3][4] - The integration of a traceable green power system in zero-carbon parks helps reduce product carbon footprints, aiding small and medium-sized enterprises in meeting international green trade barriers [3][4] Energy Structure Transformation - The core evaluation metric for zero-carbon parks is "unit energy consumption carbon emissions," with specific targets set for different energy consumption levels [4] - Current national average carbon emissions per unit energy consumption in parks are around 2.1 tons per ton of standard coal, indicating a need for a 90% reduction to achieve zero-carbon status [4] Pathways for Emission Reduction - Three main pathways for reducing carbon emissions in parks include increasing renewable energy supply, enhancing energy efficiency on the consumption side, and establishing resource recycling systems [5][6] - The establishment of zero-carbon parks is seen as a critical step in transitioning coal-dependent regions to industrial decarbonization models [3][6] Smart Management and Digitalization - The management capabilities of energy systems are becoming increasingly important for the construction of zero-carbon parks, with a focus on enhancing energy management levels [7] - The application of AI and digital technologies is emerging as a key support for zero-carbon parks, enabling efficient energy dispatch and management [8] - Digital management platforms are being developed to facilitate precise management of energy consumption and carbon emissions within parks [8]

Investment Rating - The industry investment rating is "Positive" (maintained) [1] Core Insights - The "Three-Year Doubling" action plan for charging facilities has been implemented, which is expected to lead to a new round of investment in charging piles, benefiting all segments of the industry chain [8] - By the end of 2027, the plan aims to establish 28 million charging facilities nationwide, providing over 300 million kilowatts of public charging capacity to meet the charging needs of more than 80 million electric vehicles [5] - The report highlights significant growth in charging infrastructure, with a total of 17.348 million charging guns in China as of August 2025, representing a year-on-year increase of 53.5% [7] Summary by Sections Charging Infrastructure Development - The action plan sets specific growth targets for urban, highway, and rural charging networks, including the addition of 1.6 million DC charging guns in cities by 2027 [6] - The plan also includes the construction and renovation of 40,000 high-power charging guns at highway service areas and the establishment of 14,000 DC charging guns in rural areas [6] Market Opportunities - The report recommends specific companies for investment based on the action plan, including: - Charging piles: Recommended companies are Teruid and Green Energy Huichong; benefiting companies include Shenghong Co. and Zhida Technology - Charging modules: Recommended company is Tonghe Technology; benefiting companies include Youyou Green Energy and Yingkerui - Charging guns and cables: Benefiting companies include Yonggui Electric and Xinhongye - Charging operation and aggregation: Recommended company is Teruid; benefiting company is Langxin Group [8]

Group 1 - The National Development and Reform Commission has issued a plan to double the service capacity of electric vehicle charging facilities by 2027, aiming to establish 28 million charging facilities nationwide and provide over 300 million kilowatts of public charging capacity to meet the needs of over 80 million electric vehicles [1] - The plan emphasizes the construction of a public charging network primarily focused on fast charging, supplemented by slow charging and high-power charging, with a target of adding 1.6 million DC charging guns in urban areas by 2027, including 100,000 high-power charging guns [1] - Current fast charging stations typically operate at 60/120 kW, with advancements towards 240 kW, 360 kW, and 480 kW. However, the promotion of ultra-fast charging stations is slow due to high costs, limited grid capacity, and inconsistent construction standards [1] Group 2 - The manufacturing sector faces higher technical requirements due to the push for high-power charging, which will accelerate industry optimization. The end of domestic price wars, international expansion, and the iteration of high-power products are expected to benefit leading companies in the charging pile and module segments [2] - The increase in high-power charging facilities will enhance operational efficiency for charging operators, improving profitability. Future charging operation platforms are anticipated to explore profitable models such as demand response and virtual power plants [2] - The charging pile doubling initiative is projected to attract nearly 200 billion yuan in investment, benefiting various segments of the charging pile industry, including leading brands like Teruid, Green Energy Huichong, and Shenghong Shares, as well as concentrated charging module companies like Tonghe Technology and Yingkerui [2]

证券日报网讯朗新集团10月13日在互动平台回答投资者提问时表示，截至9月30日，公司股东人数为 34646户。 （文章来源：证券日报） ...

2025年10月13日，朗新科技集团股份有限公司在优质运营、创新突破、社会贡献等指标中表现优异，根 据经观受尊敬企业组委会初步评估，入围《经济观察报》2024—2025年度受尊敬企业。 ...

Core Viewpoint - RWA (Real World Assets) represents a new paradigm in asset finance, leveraging blockchain, IoT, and AI technologies to address information asymmetry and risk issues in corporate financing, ultimately enhancing the accessibility and stability of asset financing [4][6][19]. Summary by Sections RWA Definition, Status, and Trends - RWA is defined as the conversion of ownership or income rights of real-world assets into digital tokens on the blockchain, enabling automated operations through smart contracts. The global RWA market has grown from $8.5 million in April 2020 to over $21 billion by April 2025, a growth of over 245 times, with projections of $16 trillion in asset tokenization by 2030 [4][5]. Advantages of RWA - RWA is recognized for four main advantages: asset fragmentation for retail investors, high liquidity, automation of transactions, and increased transparency through on-chain data. However, the true value of RWA lies in its ability to transform corporate financing by focusing on the underlying asset cash flows rather than merely facilitating asset fragmentation [5][6]. Traditional Corporate Financing Issues - Corporate financing faces two primary risks: information problems due to limited and often inaccurate disclosures, and risk issues stemming from the uncertainty of corporate earnings, particularly for SMEs lacking sufficient collateral [9][10]. RWA's Technological Support - RWA relies on the synergistic use of blockchain, IoT, and AI to provide real-time data collection, decentralized monitoring, and dynamic risk assessment, thereby addressing the information asymmetry prevalent in traditional financing [16][17]. RWA's Value and Theoretical Foundation - The true value of RWA is in its ability to create scalable combinations of fragmented asset cash flows and modify risk characteristics, applying Markowitz's portfolio theory to real assets. This allows for the standardization and combination of previously non-standardized cash flows, enhancing risk management and financing scalability [22][19]. RWA Asset Types - RWA can be categorized into four types: stable cash flow-generating assets, assets from companies with poor consolidated performance, fragmented cash flows within a single entity, and larger-scale combinations of cash flows from different entities [22][23]. Challenges and Risks of RWA - Despite its potential, RWA faces challenges such as the need for rigorous asset quality assessments, complex regulatory requirements, and potential operational risks related to smart contracts and data integrity [28]. Conclusion and Outlook - RWA signifies a revolutionary shift in asset finance, moving from company credit-driven models to asset credit-driven frameworks, emphasizing the importance of cash flow quality and legal compliance in fostering a sustainable RWA ecosystem [30].