Solar Cell and Photovoltaic Research with Solartron Photoelectrochemical Test Systems
Frustrated with limited lab flexibility and inconsistent data? Discover a complete solution for next-gen photovoltaics.
Solar cell innovation demands more than basic performance data. Without precise insight into charge transfer, recombination resistance or light-dependent behavior, research efforts can stall, and critical degradation patterns go unnoticed.
SolarLab XM and ModuLab XM Photoelectrochemical Test Systems by Solartron Analytical provide a complete, modular platform for studying and optimizing perovskite, dye-sensitized (DSSC) and organic solar cells (OPV). Integrated with solar simulation, electrochemical impedance spectroscopy (EIS) and real-time monitoring, these systems offer unmatched accuracy, adaptability and data clarity to push your solar cell research further, faster.
- Accelerate Solar Cell Research with Solartron’s PhotoEchem Systems
- SolarLab XM and ModuLab XM offer market-leading capabilities to:
- Simulate real-world lighting conditions with advanced solar simulators
- Perform in-situ EIS analysis to study degradation and charge transfer
- Customize experiments with modular setups and multichannel configurations
- Evaluate long-term performance stability across varied light intensities
Fit and model circuit behavior using built-in equivalent circuit analysis
Ready to drive your solar research forward?
Explore how researchers are using SolarLab XM and ModuLab XM systems to study degradation, optimize performance and develop stable next-gen solar technologies.