PVT4EU的动态

?? ?????????????????? ?????? ???????? ?????????????????? ???? ?????????? ????????????! ?? Did you know that ?????????? ?????????? ?????? ???????? ?????????????? ?? ?????????????? ???? ?????? ?????????? ???????????????? ???????? ??????????????????????? Yes, you read that right! Traditional solar cells are sensitive to only certain wavelengths of light, while the unused portion of the spectrum is lost as waste heat. This excess heat raises the operating temperature of the solar cells, leading to a ?????????????? ?????????????? ???? ?????????? ???????????????????? ????????????????????. ?? ?????????? ???????????????? ?????????????????? – ?? ????????-??????????????! First proposed in the 1970s and 1980s, ???????????????? ?????????????????? is a cutting-edge approach to improving the ???????????????????? ???? ????????????????????????-?????????????? (??????) ????????????????????. By selectively directing different parts of the solar spectrum to where they are best utilized, this technique:? ?? Enhances electrical efficiency by optimizing spectral absorption? ?? Reduces thermal stress on PV cells? ?? Improves overall performance of PVT collectors? ? ?? ?????? ???????? ???? ??????? As part of work package 2 (WP2) in PVT4EU, we are conducting a ?????????????????????????? ???????????????????? ???? ?????????????? ???????????????? ?????????????????? ???????????????????????? to identify the most suitable solutions for ?????? ????????????????????.? ?? Our goal? To develop innovative designs that ???????????????? ???????????? ???????????????????? ???????????????????? while minimizing unwanted thermal coupling. ??? Image credits (Huang et al. Light: Science & Applications (2021) 10:28) ?? We’re excited about the possibilities ahead—stay tuned for more updates! #PVT4EU #SolarInnovation #SpectralSplitting #RenewableEnergy #SolarTech #Innovation?#H?gskolaniG?vle