The Intersolar Europe Conference, held in Munich from June 19-21, 2024, is a pivotal event in the renewable energy calendar, drawing key stakeholders from across the solar photovoltaic (PV) industry. This year, the European Solar Photovoltaic Industry Alliance (ESIA) forum will be a highlight, focusing on expanding Europe’s PV manufacturing capacity. This ambitious target aims to support the EU’s decarbonization goals and reduce dependency on external PV suppliers.

The forum will cover crucial topics such as financing, sustainability, and the latest technological advancements in PV production. The ESIA, formed in 2022, is a collaborative effort led by EIT InnoEnergy, SolarPower Europe, and the European Solar Manufacturing Council. The alliance is dedicated to fostering a resilient and innovative solar industry in Europe, enhancing the entire value chain from polysilicon production to module recycling.

At this year’s event, discussions will also address the necessary skills for the sector, emphasizing the growing need for expertise in both technical and transversal skills to drive innovation and efficiency. These skills are vital for overcoming current supply chain disruptions and meeting the increasing demand for solar energy solutions. As part of the European Solar Academy launch panel, Jerome Goerke, founder of greentech.training, will address the challenges faced by learners and companies in upskilling for the solar PV sector. 

He will discuss how the rapid technological advancements and the dynamic nature of the industry necessitate continuous learning and adaptation. Key challenges include the need for specialized technical training, the integration of new technologies, and the development of transversal skills like project management and problem-solving. Professions in high demand include solar installers, electrical engineers, and system designers, all vital for advancing the industry’s growth and efficiency.

The forum is part of Intersolar’s broader agenda, which includes exhibitions and discussions on energy storage, smart energy technologies, and integrated energy solutions. This comprehensive approach underscores the interconnected nature of renewable energy systems and the importance of collaboration across different sectors to achieve a sustainable energy future.