下一代改进型太阳能性能数据.pdf

1、1Solar Performance Data for Next-Generation ImprovementsDavid Moser3rdDecember 20252What industry claims to haveRealityVSThe introduction of novel technologies and novel PV system design makes the need of increased field performance and reliability a continuous industry demand.Solutions and services

2、 which are already available in the market or close to the market will need to be continuously updated and redefined to capture innovation trends.Moreover,new technologies can introduce new degradation modes once in the field.Industry reality check3Bankable solar PVWarranty and contractual terms are

3、 not well standardized in the PV industry.There is no total transparency on how the manufacturers and contractors define internally their risks corresponding to their specific warranties and contractual terms.It is quite impossible for developers and investors to quantify the risk assumed in each in

4、dividual project because the benchmarking is not possible with the mentioned lack of transparency.4PV Solar School(10-15 February 2025)THE QUEST FOR QUALITY5Initiatives to follow in EUUsing robotic solutions to reduce costs,increase data collection,and automate the processDeveloping tools and compon

5、ents for different sensor technologies to be adaptable to different environmentsConnect physical solutions for automated monitoring,inspection,and rapid response to streamline PV system maintenance.6Initiatives to follow outside of EUDuraMAT Goals for FY22-27 Which materials and module designs will

6、enable sustainable,high-energy yield 50-year modules,and how do we ensure that these new modules are not going to fail prematurely?What triggers wear out,defined as a rapid increase in degradation at end of life,and what are the characteristics,rates,and mechanisms of long term degradation in PV mod