欧洲国际光伏太阳能工业展览会暨会议（EU PVSEC -European Photovoltaic Solar Energy Conference and Exhibition / WCPEC-8）是独特的光伏太阳能工业展览会及会议，该展从1977年开始，一年一届，在欧洲各地轮流举行。为期五天全球光伏产业的会议是世界最大的专业太阳能光伏研讨会议，为期三天的全球光伏产业的展会将吸引了来自世界各地的太阳能组织，会议时间为五天即展前一天与展后一天均有相关会议举行。该展览与会议同时运行，提供了一个在光伏太阳能领域所涉及的技术和服务供应商展示。欧洲PVSEC突出了研究，技术开发和生产工艺的进步，汇集了所有关键的行业专家，使其成为全球光伏太阳能行业最丰富的平台。
该展览包括光伏模块及组件，生产设备制造商，供应业，光伏系统公司和分销商，安装公司光伏，光伏项目开发公司，研究和测试机构和工程顾问公司国际制造商。展会现场的协同交流理念：商家对商家，商家对技术，技术对工业。（Business-to-Business,Business-to-Science and Science-to-Industry）
EU PVSEC是最大的国际光伏研究、技术和应用会议暨展览，它聚集了全球光伏界，介绍和讨论光伏的最新发展和创新，以及光伏业的网络和业务开展，它是全球知名的科学与技术和科学与工业互动的平台，全面关注全球光伏太阳能部门的专业人士参与。
太阳能被认为是可持续能源未来的关键技术，在一些发达国家及发展中国家均非常重视。将光伏应用集成到建筑物、基础设施和景观中，提供了巨大应用商机，甚至与风能、生物能源和能量存储等相结合得到应用。大规模可持续发电不仅可用于满足电力需求，而且可用于供热需求，甚至可用于燃料和产品。这一信念清楚地转化为我们的创新和部署政策。光伏是一些发达城市能源雄心勃勃的创新计划中的一个重要课题，广义上的城市环境中的能源创新的国家公私伙伴关系。大规模光伏部署受到小型和大型系统应用里，以及若干财政政策支持与激励，光伏市场也相应增长，因此，光伏PV必将蓬勃发展。
展品范围(Show Products):
光伏设备与材料：生产设备，玻璃制造商，沉积设备，激光和光电子器件，化学成分和气体，集成商/组装生产线，硅片，电池，模块加工，涂层薄膜加工，覆膜及复合产品；
光伏平衡的系统组件：大厅安装和跟踪系统会B7分子，逆变器，电池/充电稳压器，布线和连接材料；
太阳能分销商及装配：霍尔原B5，供应商/分销商，集成/光伏系统组装；
光伏产品：硅/锭，晶圆/太阳能电池，晶圆为基础的光伏组件，薄膜光伏组件，浓缩模块，BIPV产品；
其它相关服务：政府部门/协会/公用事业，工程/咨询，项目开发，研究/实验室，教育部门/大学，推广/融资/投资，媒体/出版，软件/模拟，回收，废物处理，测量与控制技术，认证/认可含检验与测试。
展会报告(Show Reports):
The EU PVSEC 2025 Concludes with Groundbreaking Innovations in PV and Sets the Stage for Rotterdam 2026
The European Photovoltaic Solar Energy Conference and Exhibition (EU PVSEC) successfully concluded at the BEC Bilbao Exhibition Centre, hosting over 1,600 participants from 61 countries between 22 and 26 September 2025. The event showcased more than 1,000 scientific presentations on the latest innovations, reinforcing its status as the premier platform for photovoltaic research and collaboration.
Jon de Gregorio, Conference Director and Scientific Coordinator of the EU PVSEC at WIP Renewable Energies, stated: “The EU PVSEC is the meeting point where innovation joins application, and where research and policy converge to accelerate the global energy transition. The engagement from researchers, industry leaders, and policymakers throughout this year’s conference confirms its importance in shaping the future of solar energy.”
Key Advances in Solar Energy Technology
This year’s scientific programme once again demonstrated the breadth and depth of innovation driving the photovoltaic sector forward. Covering every link of the PV value chain, sessions explored both fundamental research and system-level solutions, underscoring the central role of solar in Europe’s and the world’s energy transition. Carlos del Cañizo, EU PVSEC 2025 General Chair, summarised: "The photovoltaic community is continuously advancing cell and module efficiency, not only in laboratories but also in production, expanding PV solutions into new application fields. Research is increasingly addressing critical challenges such as stability, reliability, productivity, and sustainability. However, further progress is needed, particularly in the area of PV and storage, which remains key to a fully decarbonised energy system."
Cross-cutting themes emerged throughout the programme, showcasing how solar technologies can be applied everywhere, from traditional to emerging fields. As the global PV market grows, rapid advancements in materials, designs, and manufacturing are evident. Sustainability and circularity remain central, with research focused on reducing material use, such as replacing silver with copper, and advancing end-of-life management of modules. Ensuring long-term stability and predictable energy yield is equally essential, with studies carried out on degradation mechanisms such as UV-Induced Degradation (UVID). Lastly, the role of AI across the PV value chain is rapidly expanding, from design to operations and maintenance, including drone applications.
Perovskite solar cells continue to stand out as the leading complementary technology to silicon, with significant work dedicated to ensuring their future viability. Rapid innovation in cell and module designs and manufacturing requires faster and improved testing and qualification approaches. The options for module manufacturing in Europe were also highlighted, with several studies outlining long-term policy recommendations.
Agrivoltaics is gaining momentum as a promising approach to dual land use, offering economic benefits for farmers and also greater resilience to climate change. Flexibility solutions, principally through battery storage, were noted in many presentations as essential to enable the next phase of PV penetration and reduce curtailment, alongside the need for stronger grids and improved grid management.
Finally, this year’s event emphasised the importance of inclusiveness, diversity, and social engagement within the PV sector, with ongoing efforts to address these aspects and integrate them into the sector's future development.
Session Recordings Available for Three Months
Recordings of the scientific sessions, Parallel Events, and the Industry Summit will be available online for three months following the event. This allows participants and the wider solar community worldwide to revisit presentations, catch up on sessions they may have missed, and access the wealth of insights shared at the EU PVSEC 2025.
Next Chapter in PV Innovation in Rotterdam
The 43rd EU PVSEC will be held from 14 to 18 September 2026 in Rotterdam. As a leader in renewable energy, the city will provide the perfect setting for the global PV community to gather and build on the successes of Bilbao, driving innovation, collaboration, and sustainability in photovoltaics.
