Partners & Roles
Develop optimised hybrid solution/ vacuum deposition process / construct lab-scale devices for evaluation
Develop novel 2-D Dion-Jacobson (DJ) hybrid perovskites containing p-conjugated organic di-cations
Develop Pb-free tin perovskite based solar cells
Develop optimised hybrid solution/ vacuum deposition process / construct lab-scale devices for evaluation
Develop exploitation and business plan
Develop tuneable, low-cost electron and hole-transport layers and transparent electrodes
Test SUNREY solar panels under outdoor environments / Show compliance at laboratory scale with relevant parts of ISOS perovskite consensus protocol
Develop exploitation and business plan
Develop tuneable, low-cost electron and hole-transport layers and transparent electrodes
Test SUNREY solar panels under outdoor environments / Show compliance at laboratory scale with relevant parts of ISOS perovskite consensus protocol
Develop tuneable, low-cost electron and hole-transport layers and transparent electrodes
Develop exploitation and business plan
Develop polymer / nano-platelet encapsulants and Atomic Layer Deposition (ALD) encapsulation
Show projected recycling and recyclability, reduction of greenhouse gas emissions and impacts on human health and environmental hotspots
Develop accelerated life testing protocols and degradation models
Develop optimised hybrid solution/ vacuum deposition process / construct lab-scale devices for evaluation
Develop optimised hybrid solution/ vacuum deposition process / construct lab-scale devices for evaluation
Develop exploitation and business plan
Develop polymer / nano-platelet encapsulants and Atomic Layer Deposition (ALD) encapsulation
This project has received funding from the European Union’s Horizon Europe research and innovation program under grant agreement No 101084422, project SUNREY.