2026年2月5日，中国光伏行业协会正式发布《中国光伏产业发展路线图（2025—2026年）》，这份连续十年编制的行业指南，不仅梳理了2025年光伏产业的 发展现状，还明确了到2035年的技术发展趋势。> 数据显示，2025年全国太阳能光伏新增装机容量315.07GW，累计并网装机容量超1200GW，晶硅组件产量 也突破620GW，同比增长5.4%。 随着光伏装机规模的持续扩大，且行业技术向n型化快速升级，2025年n型单晶硅片市场占比已达97%，光伏电站的运维工作成为保障电站高效、稳定运行的 核心环节，其工作内容也随产业技术升级不断细化和专业。很多人想知道光伏运维具体要做什么，其实这份工作围绕光伏电站全生命周期展开，涵盖日常检 查、设备维护、故障处理等多个方面，且需贴合产业最新技术要求，接下来就详细拆解光伏运维的核心工作内容。 日常巡检查隐患 光伏运维的基础工作就是日常巡检，核心目的是及时发现设备和电站的潜在问题，避免小隐患演变成大故障，巡检范围覆盖电站所有核心设备和配套设施。 巡检的核心对象包括光伏组件、逆变器、汇流箱、支架、跟踪系统、接线盒等，户外地面电站还要检查场区的围栏、排水系统，分布式电站则需关注 ...

Core Viewpoint - The company is leveraging drone technology for disaster prevention and power supply assurance in response to a new wave of cold weather, enhancing operational efficiency and safety in power line inspections [1][2]. Group 1: Disaster Prevention and Power Supply Assurance - The company is deploying a "human + technical defense" approach to ensure the safety and stability of power lines in ice-prone mountainous and high-altitude areas, utilizing drones for ice observation [1]. - Specific subsidiaries are conducting differentiated inspection work, with real-time monitoring of ice conditions and line status through drone technology [1]. Group 2: Operational Efficiency and Cost Reduction - The drone inspection system has improved efficiency by over five times compared to traditional manual inspections, with a defect identification accuracy rate exceeding 93% [2]. - The company has reduced its power grid operation and maintenance costs by approximately 20% through the implementation of drone technology [2]. Group 3: Expansion into Solar Panel Maintenance - The company is expanding its low-altitude business into the solar maintenance market, offering drone cleaning services that are more cost-effective than manual cleaning [2][4]. - Drone cleaning technology has demonstrated a cleaning efficiency improvement of over three times compared to manual methods, while also preventing damage to solar panels [4]. Group 4: Industry Insights and Future Potential - The integration of low-altitude economy with power maintenance and solar industries addresses traditional operational efficiency and safety challenges, aligning with the trends of renewable energy and low-altitude economy [4]. - The company's approach serves as a model for state-owned enterprises' transformation and aligns with international energy cooperation trends under carbon neutrality goals, indicating significant market potential [4].

Core Insights - The article highlights the innovative advancements in solar panel cleaning technology by Xiamen Lanuo Technology Co., Ltd., which has achieved a cleaning efficiency of over 99.5% using autonomous robots, significantly reducing power generation losses caused by dust accumulation [1][3][20] Group 1: Industry Context - The global photovoltaic (PV) industry is experiencing rapid growth, with the International Energy Agency (IEA) projecting that global PV installed capacity will exceed 500 GW by 2025, driven by urgent demand for clean energy [3] - China is expected to contribute 300 GW of new PV installations by 2025, accounting for 59.9% of global demand, while emerging markets like the Middle East and India are anticipated to see growth rates exceeding 50% [3][20] Group 2: Challenges in Solar Panel Maintenance - Dust, bird droppings, and oil can severely hinder the efficiency of solar panels, potentially causing a 20%-30% drop in energy conversion efficiency if not cleaned regularly [3][5] - Traditional cleaning methods are inefficient, water-intensive, and pose risks associated with manual labor, necessitating a shift towards automated solutions [5][20] Group 3: Technological Innovations - Lanuo Technology developed a solar panel cleaning robot capable of operating in extreme temperatures (-35°C to 60°C) and high winds (up to 50 m/s), addressing the challenges of traditional cleaning methods [1][10] - The company has implemented advanced technologies, including a SCADA control system for remote management and AI-driven decision-making capabilities, enhancing the operational efficiency of their cleaning robots [10][19] Group 4: Market Expansion and Strategy - The company successfully entered the Middle Eastern market, securing a significant contract with ACWA Power, which marked a milestone as the first commercial operation of a cleaning robot for tracking solar panel systems [12][19] - Lanuo Technology has established a strong presence in key Middle Eastern cities, delivering cleaning solutions for large-scale solar projects with installed capacities ranging from 1.2 GW to 2.6 GW [12][19] Group 5: Adaptation to Local Markets - The company has shifted from a single product approach to developing tailored solutions for various global markets, addressing specific environmental challenges such as sandstorms in the Middle East and typhoons in Southeast Asia [13][15] - Innovations like the bridge-free crossing technology have improved the reliability and cost-effectiveness of solar installations, allowing robots to navigate obstacles without additional structures [15] Group 6: Future Outlook - The global market for solar cleaning equipment remains underpenetrated, with over 50% of solar panel cleaning still performed manually, indicating significant growth potential for automated solutions [20] - Lanuo Technology's focus on integrating hardware and software solutions positions it well to capitalize on the expanding demand for comprehensive solar operation and maintenance services [19][20]

Core Viewpoint - The announcement highlights a new operation and maintenance service agreement between Shaanxi Baike New Energy Technology Development Co., Ltd., a wholly-owned subsidiary of China Technology Industry Group, and Zhangbei Hengfeng New Energy Co., Ltd. for a 500 MW solar power plant in Zhangjiakou, Hebei Province, China [1] Group 1 - The agreement is part of the company's routine business operations and aims to expand its operation and maintenance service business in China [1] - The contract is expected to generate stable annual revenue of RMB 14 million for the company during the agreement period [1]

Core Insights - The photovoltaic industry is entering a new phase of healthy and sustainable development, driven by government efforts to regulate chaotic competition and promote product quality [1] - The launch of the DT-1500PV multifunctional photovoltaic I-V curve tester by Huashengchang targets the critical market of efficient and precise testing equipment essential for photovoltaic power station construction and operation [1][2] Industry Overview - The Chinese government has emphasized the need to address "involution" competition in the photovoltaic sector, with multiple high-level meetings focusing on the regulation of low-price competition and the orderly exit of outdated production capacity [1] - The global and national photovoltaic installation forecasts for 2024 are expected to reach 507 GW and 260 GW respectively, with a compound annual growth rate (CAGR) of 40.53% and 52.40% from 2020 to 2024, indicating strong market demand [5] Product Features - The DT-1500PV tester features a high-definition color screen, real-time I-V curve display, online data reading, and the ability to conduct continuous testing with a single connection, making it suitable for complex scenarios [2][3] - It integrates multiple key functions such as visual inspection, grounding resistance testing, and automatic testing, addressing pain points in photovoltaic operation and maintenance [3] Competitive Advantage - The DT-1500PV surpasses international brands like Fluke by measuring voltages up to 1500V, catering to the needs of larger photovoltaic power stations [4] - Huashengchang's ability to control costs and provide localized services positions it favorably against foreign competitors, facilitating a shift from reliance on imports to domestic production in the photovoltaic testing equipment market [4] Market Trends - The demand for photovoltaic testing equipment is expected to surge due to the dual drivers of anti-involution policies and carbon neutrality goals, with the operation and maintenance market poised to benefit from the increasing installation of photovoltaic systems [5][6] - Emerging applications such as data centers and green hydrogen plants are becoming new growth areas for photovoltaic utilization, further expanding the market for testing equipment [5][6]