The European Solliance research group continues to set records for the efficiency of tandem perovskite solar cells using silicon and CIGS. Increasing the efficiency of low cost perovskite solar cells is a key way of boosting renewable energy production. Combining the perovskite cell, which absorbs in the infrared, with existing cells basd on silicon or other materials captures more of the available energy, prodiving higher conversion efficiency.
Working with the M2N group of René Janssen at University of Technology Eindhoven, the reseearchers at Solliance in the Nethelands used a wide-bandgap (1.69eV) perovskite cell with high near-infrared transparency on top of a silicon solar cell from Panasonic with four terminals (4T).
The perovskite cell reached a stabilized efficiency of 17.8 percent during 5-min maximum-power-point tracking and achieved a record efficiency of 29.2 percent for the 4T perovskite/Si tandem cell.
In combination with the Miasolé copper indium gallium selenide (CIGS) bottom cell, the team also showed a world-record efficiency of 27.1 percent for a flexible 4T perovskite/CIGS tandem.
- Solliance pushes up roll-to-roll perovskite solar cell efficiency
- Tandem perovskite solar cell beats silicon with 26.3% efficiency
- Oxford PV kits out tandem perovskite production line
- Oxford PV and Meyer Burger fall out over solar panel production
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