Enlitech at the 8th Perovskite, Tandem & Space Photovoltaics Technology Forum 2026 | Changzhou, China · Apr 15–16, 2026

About the 8th Perovskite, Tandem & Space Photovoltaics Technology Forum 2026

Enlitech is delighted to invite you to join us in Changzhou for the 8th Perovskite, Tandem & Space Photovoltaics Technology Forum, taking place on April 15–16, 2026. Co-organized by the China Photovoltaic Industry Association (CPIA) and Jiangsu University of Technology, this forum serves as a premier platform for academic and industrial exchange in the fields of perovskite photovoltaic materials, tandem solar cell technologies, and space photovoltaics. By bringing together leading research groups and industry innovators, the forum aims to accelerate the translation of frontier scientific findings into commercially viable photovoltaic solutions. 

As a specialist in high-precision optoelectronic measurement instrumentation, Enlitech has long supported the global solar research community with advanced characterization tools for solar cell analysis, materials evaluation, and device performance optimization. This forum presents a valuable opportunity to engage in focused technical dialogue with researchers, engineers, and industry professionals working on some of the most pressing challenges in next-generation photovoltaics—including efficiency enhancement, process optimization, and long-term stability in perovskite and tandem solar cell systems.

Key Topics for Technical Discussion

1. EQE Characterization for Perovskite and Tandem Solar Cells
   Exploring how external quantum efficiency (EQE) measurement serves as an essential tool for evaluating spectral response in single-junction perovskite and perovskite/silicon tandem devices, enabling precise current matching analysis and providing the reliable data needed to guide efficiency optimization strategies
2. PLQY, iVoc, and Carrier Recombination Analysis
   Covering precision measurement approaches for photoluminescence quantum yield (PLQY), implied open-circuit voltage (iVoc), and electroluminescence EQE (EL-EQE), offering multidimensional insight into non-radiative recombination losses and carrier transport behavior in perovskite absorber layers and device stacks
3. QFLS Imaging and Spatial Uniformity Assessment
   Sharing the latest developments in quasi-Fermi level splitting (QFLS) imaging for spatially resolved characterization of perovskite thin films, enabling visualization of defect distributions and lateral inhomogeneities to support targeted process refinement and interface engineering efforts
4. Radiation Hardness and Performance Evaluation for Space PV Devices
   Discussing how high-precision EQE and optoelectronic measurement techniques can be applied to evaluate the performance degradation of space-grade solar cells under particle radiation, supporting device screening, qualification, and reliability assessment for space photovoltaic applications
5. Academia–Industry Collaboration and Photovoltaic Technology Commercialization
   Examining how optoelectronic measurement tools facilitate the pathway from laboratory research to industrial-scale deployment, with insights into effective cross-institutional collaboration models and practical technology transfer experiences in the perovskite and tandem photovoltaics sector

We Look Forward to Connecting with You at the Forum

The Enlitech team looks forward to engaging with researchers, engineers, and industry partners at the 8th Perovskite, Tandem & Space Photovoltaics Technology Forum in Changzhou. We are eager to participate in open and substantive technical discussions on topics including perovskite cell efficiency breakthroughs, sub-cell current matching in tandem architectures, and the reliability validation of space-grade photovoltaic devices—and to share how our measurement technologies contribute to addressing these challenges.

Whether your research focuses on perovskite thin-film processing, tandem cell interface engineering, space environment stability assessment, or the integration of high-precision measurement tools into your characterization workflow, we sincerely look forward to meeting you in Changzhou. Together, let us explore new frontiers in perovskite and tandem photovoltaics and work toward the next significant milestones in next-generation solar energy technology.