Core Viewpoint - Nanjing San Chao New Materials Co., Ltd. plans to invest approximately 240 million yuan to establish a battery technology research and development base focused on perovskite/silicon tandem technology, with a construction period of 2 years and funding sourced from self-owned or raised funds [1][2]. Group 1: Project Phases - The project will be executed in two phases: - Phase 1 (Months 1-12): Focus on basic research, including material system screening, process development for large-area tandem batteries, and packaging processes. The goal is to achieve a tandem battery efficiency exceeding 34% and a standard module efficiency of 28% [2]. - Phase 2 (Months 13-24): Concentrate on mass production research, including high-throughput process validation and optimization of intermediate connection layers. The target is to reach a module efficiency of 30% and validate key mass production processes while forming a core patent group [2]. Group 2: Technology Advantages - Perovskite/silicon tandem batteries are seen as the mainstream direction for future industrialization due to their adjustable bandgap, excellent optoelectronic performance, and low production costs. The perovskite layer can be fabricated at temperatures below 150°C, allowing it to be added to existing silicon cells without damaging the underlying structure, thus reducing losses [3]. Group 3: Company Background - Nanjing San Chao New Materials Co., Ltd. was established in 1999 and specializes in the R&D, production, and sales of diamond and cubic boron nitride tools. The company began developing photovoltaic industry products in 2009 and has become a major player in the diamond wire industry, breaking foreign monopolies and participating in setting domestic industry standards [3].

Core Viewpoint - Tesla is negotiating with Chinese suppliers for photovoltaic production equipment worth $2.9 billion (approximately 200 billion yuan) to support its goal of building 100 GW capacity in the U.S. [2] Group 1: Tesla and SpaceX Developments - Tesla aims to deploy 100 GW of photovoltaic manufacturing capacity in the U.S. by the end of 2028, as indicated by job postings on its official website [4] - SpaceX has previously ordered equipment from a leading Chinese heterojunction (HJT) manufacturer, with shipments expected in early May [2] - The urgency for electricity is increasing due to rapid AI development, with U.S. electricity consumption projected to reach a historical high in 2025 [2] Group 2: Space Computing and Photovoltaics - NVIDIA's GTC conference introduced a "space computing" platform, which is expected to enhance satellite power efficiency significantly [3] - The average power of satellites is projected to increase, with estimates of 413 MW, 1426 MW, and 4277 MW of space photovoltaic installations for the years 2026, 2027, and 2028 respectively [3] Group 3: Market Opportunities and Trends - The market potential for space computing is estimated to reach 5.6 trillion yuan, providing opportunities for new battery technologies like perovskite [4] - The "computing and electricity synergy" has been included in the national strategy, aiming to optimize the interaction between computing and electricity sectors [6] - A significant number of A-share companies are expected to accelerate their international expansion due to the urgent need for infrastructure updates in developed countries [6] Group 4: Related Companies and Performance - Companies involved in the photovoltaic supply chain are experiencing significant stock price increases, with some companies reporting gains of over 100% [6][7] - Key players in the photovoltaic and energy sectors are focusing on integrating renewable energy with computing power to meet the growing demand [6][7]

Group 1: Technology and Cost Advantages - The company's modified BC battery technology utilizes ultra-fine aluminum paste instead of silver paste, which significantly reduces metallization costs due to the high price of silver paste [2] - The technology features a "nano armor protective layer" that prevents aluminum diffusion into polycrystalline silicon, providing excellent vertical conductivity and very low horizontal conductivity [2] Group 2: Production Capacity and Plans - The company has an annual production capacity of 16GW for TOPCon batteries in Shanxi and plans to implement silver reduction technology on the back of TOPCon batteries to enhance market competitiveness [3] - A gradual transformation of an 8GW TOPCon battery production line is set to begin this year, with further modifications depending on business developments [3] Group 3: Business Strategy and Market Adaptation - Following the release of the "Document 136" on market-oriented pricing for renewable energy in 2025, the company is adopting a cautious strategy for its distributed EPC business while actively pursuing operations and maintenance for power plants [3] - The subsidiary, Zhonglai Zhilian Energy Engineering Co., Ltd., has obtained qualifications as an operator for virtual power plants in Shanghai, aiding in business expansion [3]

Core Insights - Sigen New Energy has officially launched its Nantong Smart Energy Center, marking a significant milestone in its operations and attracting nearly 2,000 global partners and representatives [1] Company Overview - Founded in 2022, Sigen has rapidly established itself as a leader in the "AI + new energy storage" sector, becoming the world's largest supplier of stackable distributed PV-storage integrated systems, with operations in 88 countries and leading market shares in South Africa, Sweden, and Australia [2] Manufacturing and Production Capacity - The Nantong Smart Energy Center serves as Sigen's global core manufacturing base, adhering to international smart manufacturing standards, and is designed to have an annual production capacity exceeding 300,000 inverters and energy storage battery packs [3] - A second-phase project with an investment of 1 billion yuan has been signed, focusing on R&D and production of integrated photovoltaic-storage-charging units [3] Industry Development - The new energy industry in the Su-Xi-Tong Science and Technology Park is developing a dual-engine model driven by photovoltaics and energy storage, attracting high-quality enterprises such as Shenma Electric Power and Maolue Technology [4] - The park is leveraging the China-Austria Sutong Eco-Industrial Park to attract over ten German-speaking "Hidden Champion" companies, enhancing its intelligent manufacturing capabilities [4] Future Outlook - The park aims to focus on a cluster of intelligent equipment, electronic information, and new energy, with a goal to increase the combined output value share to 85% by 2030 [5]

Core Insights - The Daqing 500,000 kW desertification control photovoltaic integration project has achieved full-capacity grid connection, marking it as the largest single-scale BC technology photovoltaic power station in China [1][2] - The project utilizes LONGi Green Energy's second-generation BC technology Hi-MO 9 components, demonstrating significant advantages in power generation efficiency [1][2] Group 1: Project Overview - The project was constructed by Inner Mongolia Energy Group and took approximately one year from technology selection to full-capacity grid connection [2] - The project is expected to generate an average annual power output of approximately 852 million kWh, saving 257,600 tons of standard coal and reducing carbon dioxide emissions by 1,021,100 tons annually [2] Group 2: Technological Advancements - The BC components used in the project have shown a 3.06% higher power generation per kW compared to mainstream TOPCon components and a 9.7% higher power generation per unit area [1] - The project serves as a benchmark for the industry, demonstrating the maturity and economic viability of BC technology in harsh environments [2] Group 3: Environmental Impact - The project employs a "power generation on the board, ecological restoration below the board" model, contributing to ecological governance over an area of 60,000 acres [2] - The successful implementation of this project signifies a new phase of high-quality development in renewable energy in desert and arid regions, driven by technological advancement and ecological synergy [2]

Group 1 - The core viewpoint of the news highlights the strong performance of the photovoltaic industry, with the China Securities Photovoltaic Industry Index rising by 1.93% as of February 24, 2026, driven by significant gains in key stocks such as GCL-Poly Energy and South Grid Energy [1] - The National Energy Administration plans to implement a new energy system and sector-specific energy plans in 2026, marking the beginning of the 14th Five-Year Plan, focusing on energy security and the construction of a strong energy nation [1] - Key engineering projects will be crucial for the implementation of these plans, including the construction of major renewable energy bases and the promotion of small-scale projects like electric vehicle charging networks and zero-carbon parks [1] Group 2 - Guoyuan Securities indicates that since July 2025, measures to combat "involution" have improved the profitability of the photovoltaic industry, with expectations for a recovery in the industry due to price control and supply-side adjustments [2] - The photovoltaic industry chain is anticipated to turn profitable in 2026, supported by the exit of less efficient companies and technological upgrades among leading firms [2] - As of January 30, 2026, the top ten weighted stocks in the China Securities Photovoltaic Industry Index accounted for 53.49% of the index, with companies like TBEA and LONGi Green Energy leading the list [2] Group 3 - The photovoltaic ETF managed by Harvest (159123) serves as a convenient tool for investing across the entire photovoltaic industry chain [3] - Investors can also access the photovoltaic ETF through an off-market connection (014605) to capitalize on investment opportunities within the photovoltaic sector [4]

Core Viewpoint - The photovoltaic industry is undergoing a severe reshuffle, with bankruptcies and delistings of companies, while state-owned enterprises are acquiring quality assets, leading to a restructured landscape [2][4]. Group 1: Company Bankruptcies and Delistings - ST Jiayu and ST Xulan announced their delisting in April 2025, marking them as the first photovoltaic companies to be delisted in A-shares that year [2]. - Gansu King Kong Photovoltaic faced forced execution due to overdue loans exceeding 80 million yuan, leading to the restructuring of four subsidiaries [2]. - The overall situation reflects a harsh reality where companies lacking financing and self-sustaining capabilities are unable to survive in the competitive landscape [4]. Group 2: State-Owned Enterprises' Role - State-owned enterprises are strategically acquiring stakes in companies like Yida New Energy, which was previously struggling with its IPO application [5]. - The acquisition by state-owned enterprises is not random; it focuses on companies that can synergize with local industries, indicating a selective approach to investment [5][6]. - The "bottoming" effect of state-owned enterprises is evident as they target companies that still have potential and can align with their supply chain or local industrial plans [6]. Group 3: Global Industry Challenges - International photovoltaic giants like Meyer Burger and Sunnova are facing severe challenges, including delistings and bankruptcy filings due to strategic misjudgments and financial overreach [7]. - The global photovoltaic industry is experiencing a "layoff storm," with many companies unable to survive without government subsidies or strong capital support [7]. - The difficulties faced by overseas companies are creating opportunities for leading Chinese firms, which are beginning to collaborate rather than compete destructively [7]. Group 4: Future Industry Outlook - The photovoltaic industry continues to experience significant losses, with major companies reporting a total loss of 62.983 billion yuan in 2024 and the first three quarters of 2025 [8]. - The fourth round of industry reshuffling is expected to begin in 2026, with many companies likely to exhaust their previously accumulated profits [8]. - The future landscape will not be characterized by a complete collapse but rather a concentration of resources among a few surviving companies, with state-owned enterprises and leading firms dominating the market [8].

Company Overview & Strategic Update Italy Corporate Day February 17, 2026 01 INDEX Enrico Meneghetti Chairman & CEO Alberto Stocco CFO ESPE AT A GLANCE Enrico Meneghetti, Chairman & CEO MARKET OVERVIEW Enrico Meneghetti, Chairman & CEO 1H 2025 CONSOLIDATED FINANCIAL RESULTS Enrico Meneghetti, Chairman & CEO Q&A SESSION Alberto Stocco, CFO ANNEX Alberto Stocco, CFO OUTLOOK AND STRATEGY ESPE AT A GLANCE Enrico Meneghetti Chairman & CEO ESPE AT A GLANCE +800 Ground-mounted and rooftop photovoltaic plants insta ...

Group 1: Global AIDC and CAPEX Trends - The global demand for intelligent computing (AIDC) is experiencing significant growth, with major cloud companies increasing their capital expenditures (CAPEX). The top three global cloud providers are expected to cumulatively spend nearly $300 billion in CAPEX for the fiscal year 2025. Domestic companies in China are also accelerating their CAPEX, with Tencent's forecast raised from 300 billion yuan to 350 billion yuan for the fiscal years 2025-2027, and Alibaba's forecast increased to 460 billion yuan for the same period [1][2] Group 2: High Voltage Direct Current (HVDC) Technology - High Voltage Direct Current (HVDC) is emerging as a superior solution for powering next-generation data centers. The shift towards high-density and high-energy consumption data centers is driving the upgrade of power distribution systems. The expected market size for global HVDC is projected to reach 2.45 billion yuan, 14.49 billion yuan, and 30.26 billion yuan for the years 2025-2027 respectively [2][3] Group 3: Photovoltaic Industry Developments - The photovoltaic (PV) industry is transitioning towards high-quality development, with domestic PV installations reaching a record high in 2025. The cumulative new PV installations in China from January to November 2025 amounted to 274.89 GW, a year-on-year increase of 33.2%. However, global installation growth is expected to slow down after 2026, with projections indicating a decrease of 6 GW in global installations from 655 GW in 2025 to 649 GW in 2026 [3][4] Group 4: Industry Price Trends and Supply Chain Adjustments - The PV industry is witnessing a price turning point, with new technologies still commanding a premium. After a period of price fluctuations, the prices of PV products began to stabilize in late 2025. The price of BC components is currently at 0.76 yuan/W, showing a premium over TOPCon technology. The upstream segment is expected to benefit first, with significant profit recovery potential in the mid and downstream segments [4][5] Group 5: Investment Recommendations - The focus is on recommending investments in the AIDC sector, particularly in HVDC, SST, and energy storage solutions. Key recommended companies include Zhongheng Electric and Siyuan Electric, with additional attention on Keda Data, Kstar, and others. In the PV sector, recommendations include supply-side improvements and new BC technologies, with key companies such as Flat Glass and Quartz Shares highlighted [5][6]

Core Insights - Innovation is the core driving force for development and a key to overcoming industrial bottlenecks [1] - The integration of innovation chains and industrial chains is crucial for the transformation of industrial clusters [1] Group 1: Longan Town's Mobile Industry - Longan Town has risen due to its mobile industry, which serves as the core engine for local development [3] - Each technological breakthrough and innovation in this sector creates tangible economic value and has the potential to reshape the industry landscape [3] Group 2: Product Innovation and Market Impact - A new mobile telephoto lens developed by He Jianwei's team weighs only 207 grams and incorporates 10 patented technologies, achieving performance comparable to professional long-focus lenses [5][6] - The lens has seen significant market success, with production increasing from 100 units per day at launch to over 20,000 units sold, indicating a strong "multiplicative effect" of innovation in Longan Town [10] Group 3: Government Support for R&D - Longan Town provides substantial support for R&D, including tax incentives and over 80 million yuan in annual innovation rewards, which serve as "invisible funds" for companies [8] - This financial backing has enabled companies like Yutong Optics to overcome technical challenges and achieve breakthroughs [8] Group 4: Historical Context of Innovation - Yutong Optics has a history of leveraging innovation to penetrate markets, having successfully entered the security lens sector in 2013 [12] - The company’s innovative products now contribute over 60% of its sales, with an annual growth rate of around 15% [14] Group 5: Economic Performance of Longan Town - Longan Town generates 13 billion yuan of GDP per square kilometer, with 11% of its GDP reinvested into R&D, showcasing its commitment to transforming manufacturing into intelligent manufacturing [16] Group 6: Innovations in Photovoltaic Industry - Yushan Town in Kunshan is a core hub for perovskite photovoltaic materials, which offer high light-to-electricity conversion efficiency, enhancing market competitiveness [17] - The company received investments from Kunshan High-tech Group, facilitating the transition from project incubation to industrialization [19] Group 7: Production Capacity Expansion - The first large-size photovoltaic module from GCL-Poly Energy was launched in November 2022, marking a significant breakthrough in new-generation photovoltaic products [21] - The production capacity was upgraded from 100 megawatts to 500 megawatts, entering a new phase of large-scale production [21] Group 8: Overall Innovation Momentum - Continuous breakthroughs in technology and the establishment of production lines are driving innovation momentum in the billion-yuan towns, setting a benchmark for high-quality economic development [22]