Metal halide perovskite semiconductors show excellent optoelectronic properties including tunable bandgaps[1,2],narrow emission bandwidths[3]and high luminescence quantum efficiencies[4],making them an ideal candidate...Metal halide perovskite semiconductors show excellent optoelectronic properties including tunable bandgaps[1,2],narrow emission bandwidths[3]and high luminescence quantum efficiencies[4],making them an ideal candidate for light-emitting diode(LED)applications.Perovskite LEDs(PeLEDs)have attracted considerable attention since the initial report of room-temperature electroluminescence(EL)from halide perovskites in 2014[5].展开更多
Solar energy is widely used to replace traditional energy because of its clean and efficient characteristics.Solar energy has great application potential and prospects in building energy conservation.Combining solar e...Solar energy is widely used to replace traditional energy because of its clean and efficient characteristics.Solar energy has great application potential and prospects in building energy conservation.Combining solar energy with buildings can achieve higher efficiency while reducing costs,and the life of the system is longer.PV/T technology combines solar photovoltaic and photothermal technology and obtains sustainable electrical energy and thermal energy at the same time.PV/T systems can be easily integrated to buildings and the electricity and heat generated by PV/T can drive a variety of physical and chemical processes such as heat collection process,solid/liquid dehumidification process and photo/thermal catalytic purification process.Therefore,building-integrated PV/T system has good application potential in building environment control such as indoor air temperature,air humid-ity and gaseous pollutants control.In the review of the past decade at home and abroad,most of the research on PV/T focuses on the development process,equipment and materials,accounting for 28%,21%and 19%,respectively,while only 15%is related to the building-integrated PV/T system.The present work mainly investigates the application of PV/T in building environment in the past ten years,and reports a variety of application cases of PV/T technology combined with building systems to regulate indoor comfort and improve indoor environment.In addition,this paper reviews the simulation and experimental works of different building solar integrated PV/T systems and puts forward the prospect and suggestion for future research.展开更多
基金supported by the National Natural Science Foundation of China(NSFC)(61975180,62005243)KunPeng Programme of Zhejiang Province(D.D.)+2 种基金Zhejiang University Education Foundation Global Partnership Fundthe Natural Science Foundation of Zhejiang Province(LR21F050003)Fundamental Research Funds for the Central Universities(2020QNA5002)。
文摘Metal halide perovskite semiconductors show excellent optoelectronic properties including tunable bandgaps[1,2],narrow emission bandwidths[3]and high luminescence quantum efficiencies[4],making them an ideal candidate for light-emitting diode(LED)applications.Perovskite LEDs(PeLEDs)have attracted considerable attention since the initial report of room-temperature electroluminescence(EL)from halide perovskites in 2014[5].
基金supported by the National Natural Science Foun-dation of China(No.52278111 and No.52238004)Natural Science Foundation of Jiangsu Province(No.BK20221315).
文摘Solar energy is widely used to replace traditional energy because of its clean and efficient characteristics.Solar energy has great application potential and prospects in building energy conservation.Combining solar energy with buildings can achieve higher efficiency while reducing costs,and the life of the system is longer.PV/T technology combines solar photovoltaic and photothermal technology and obtains sustainable electrical energy and thermal energy at the same time.PV/T systems can be easily integrated to buildings and the electricity and heat generated by PV/T can drive a variety of physical and chemical processes such as heat collection process,solid/liquid dehumidification process and photo/thermal catalytic purification process.Therefore,building-integrated PV/T system has good application potential in building environment control such as indoor air temperature,air humid-ity and gaseous pollutants control.In the review of the past decade at home and abroad,most of the research on PV/T focuses on the development process,equipment and materials,accounting for 28%,21%and 19%,respectively,while only 15%is related to the building-integrated PV/T system.The present work mainly investigates the application of PV/T in building environment in the past ten years,and reports a variety of application cases of PV/T technology combined with building systems to regulate indoor comfort and improve indoor environment.In addition,this paper reviews the simulation and experimental works of different building solar integrated PV/T systems and puts forward the prospect and suggestion for future research.
