Reliability of photovoltaics
We evaluate the reliability of new solar cells, materials, and PV modules under real-life conditions—across laboratory settings, outdoor field testing, and with custom module designs.
Durability and energy yield reliability in photovoltaics
Long-term durability and energy yield reliability are key factors for the economic operation of photovoltaic systems. At ISFH, we investigate how new solar cells, PV module components, and materials perform under real operating conditions—through outdoor field testing and artificial accelerated aging.
We are developing cost-efficient imaging-based characterization methods to enable fast quality control of PV systems, both in the field and in laboratory environments.
New innovations in PV module technology—such as perovskite-based solar modules—introduce additional challenges. That’s why we are continuously advancing our characterization and testing methods to meet the evolving demands of emerging technologies.
Projects in this topic area
AUTAGDRONE
Cost-effective inspection of industrial PV systems using self-sufficient, daylight-enabled drone electroluminescence measurements
ZUPER
Reliability and performance of PV modules, systems, and applications
LongLife
Cost-efficient reliability of PV power plants and inverter technology – Clarification and prediction of aging & failure processes for device development and predictive maintenance as well as realization of practical solutions
LIEL
Ultra-fast PV park inspection using flexible, contactless light-induced electroluminescence
Task13-3
Management and collaboration in Task 13 ‘Performance, Operation and Reliability of Photovoltaic Systems’ Phase 2018 – 2021 within the Photovoltaic Power Systems (PVPS) Programme of the International Energy Agency (IEA)
TAPVER
Technical and financial assurance for PV applications through measurable reliability and performance
PV Detects
MBJ Solutions, SolarCleano and ISFH are developing inspection methods for cleaning robots. The new PV-Detects technology detects module faults during operation without shutting down PV systems.
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Silicon solar cells and PV modules
From silicon wafer to PV module: Our research combines material science, cell and module technology, quality assurance, and manufacturing engineering to enable highly efficient, cost-effective, and resource-saving photovoltaic production.
Fabrication and custom manufacturing
Smart, flexible, and cost-effective – at ISFH we create technologies for the production of solar cells and PV modules
Building integration
Building-integrated solar thermal, photovoltaics, and photovoltaic-thermal systems – functional, aesthetic, and efficient. We develop solutions for façades, roofs, and new energy applications.