Solar Energy Research Institute of Sun Yat-sen University

Recent papers from Solar Energy Research Institute of Sun Yat-sen University

1. The influence of edge masking on the optoelectronic performance in back contact silicon solar cellsSolar Energy Materials and Solar Cells · 2026
2. Substrate-mediated laser annealing for depth-dependent structure regulationOptics & Laser Technology · 2026
3. Accurate Determination of Five Single-Diode Model Parameters for Solar Cells and PV Modules via a Five-Dimensional Newton–Raphson ApproachEnergies · 2026
4. Solid-solution-induced lattice hardening reinforces perovskite stiffness for stable solar cellNational Science Review · 2026
5. Inhibiting Buried Mechanical Failure via Vapor‐Induced Chemical Reconstruction for Durable Solar CellsSmall · 2026
6. Highly‐Oriented 3D Perovskite Films Synthesized by the Assisted Growth of Large‐Area 2D Perovskite Nanosheets With n = 1Small · 2026
7. Enhanced Rear TCO‐Free Heterojunction Crystalline Silicon Solar Cells With MgF x Electron‐Selective ContactSolar RRL · 2026
8. Interfacial Molecular Engineering With Insoluble Multifunctional Modifiers for Perovskite Solar CellsSmall · 2026
9. Doping‐Engineered Transition Metal Oxides: A Dual Strategy of Oxygen Vacancy Suppression and Photoelectric Modification for Silicon Compounds Heterojunction Solar CellsSmall Methods · 2026
10. Parameter Optimization of Tunnel Oxide Passivated Back Contact (TBC) Solar CellsEnergies · 2026
11. Quantitative Evaluation on Electron Contacts in CdSe Solar CellsACS Applied Energy Materials · 2026
12. A Multi‐Additive System With Superimposed Optimization Effects by Incorporating Additives With Tailored Mechanisms for Perovskite Solar CellsAdvanced Optical Materials · 2026
13. In-cell bypass diodes for high-efficiency and shading-tolerant back contact silicon photovoltaic modulesNature Communications · 2026
14. Multiple Synergistic Mechanisms of Urea in Vacuum‐Assisted Prepared Triple‐Cation Perovskite Solar CellsSolar RRL · 2026
15. Ultralow-work-function lithium oxide (LiO x ) as electron-selective contact for silicon heterojunction solar cellPhysical Chemistry Chemical Physics · 2026
16. Employing a uc‐Si:H(P ⁺ )/MoO x Bilayer Hole Transport Layer for Enhanced Performance in Silicon Heterojunction Solar CellsSolar RRL · 2025
17. Enhancing Chemical Bonding at Buried Interface Enables Improved Performance of Perovskite Solar CellSmall · 2025
18. Cesium Iodide Electron‐Selective Passivated Contact for Crystalline Silicon Solar CellsSolar RRL · 2025
19. Self-aligned laser opening and stencil metallization for silver-free contacts in silicon solar cellsAPL Electronic Devices · 2025
20. Enhanced perovskite solar cell performance via low‐temperature ALD‐Al 2 O 3 interface modificationRare Metals · 2025