This grant aims to extend the lifespan and improve the reliability of crystalline silicon photovoltaic (PV) modules, which are a crucial source of electricity. The core objective is to reduce the degradation of these solar modules, increase their durability, enhance resource efficiency, and ultimately lower the cost of solar electricity (LCOE).
This is a SECTOR-SPECIFIC grant, focusing exclusively on the photovoltaic (solar energy) industry and related technology development. It targets organizations capable of conducting advanced research and innovation in PV materials, module design, and defect detection.
The target recipients are organizations involved in research and development (R&D) within the solar energy sector, including those with expertise in materials science, AI, modeling, and field testing. While not explicitly stated, the nature of 'Research and Innovation Actions' within Horizon Europe typically targets research institutions, universities, and both small and large enterprises with significant R&D capabilities.
The geographic scope for conducting field experiments requires consideration of different locations representing the European range of climates. This implies projects will likely involve participants and activities across Europe.
Key filtering criteria for this grant include a strong focus on crystalline silicon PV module technology, the ability to address module degradation and reliability issues, and the capacity to perform both laboratory and extensive outdoor field testing. It is part of the Horizon Europe Work Programme 2025, suggesting it is a recurring type of call within the broader program, though this specific topic is a one-time opportunity within this call.