Climate crisis mitigation roadmaps,policies and directives have increasingly declared that a key element for the facilitation of sustainable urban development is on-site decentralized renewable energy generation.A tec...Climate crisis mitigation roadmaps,policies and directives have increasingly declared that a key element for the facilitation of sustainable urban development is on-site decentralized renewable energy generation.A technology with enhanced capabilities,able of promoting the integration of renewable energy into buildings,for energy independent and resilient communities,is Photovoltaic Thermal(PVT)systems.Ongoing research has potential yet displays a lack in unified methodology.This limits its influence on future decision-making in building and city planning levels.In this investigation,the often overlooked air-based PVT technology is put on the spotlight and their suitability for integration with energy systems of buildings is assessed.The aim of this study is to highlight vital performance and integration roadblocks in PVT research and offer suggestions for overcoming them.The methodology of reviewed literature is examined in detail with the goal of contributing to a unified approach for more impactful research.展开更多
基金the financial support from the Swedish Energy Agency(grant number:52488-1).
文摘Climate crisis mitigation roadmaps,policies and directives have increasingly declared that a key element for the facilitation of sustainable urban development is on-site decentralized renewable energy generation.A technology with enhanced capabilities,able of promoting the integration of renewable energy into buildings,for energy independent and resilient communities,is Photovoltaic Thermal(PVT)systems.Ongoing research has potential yet displays a lack in unified methodology.This limits its influence on future decision-making in building and city planning levels.In this investigation,the often overlooked air-based PVT technology is put on the spotlight and their suitability for integration with energy systems of buildings is assessed.The aim of this study is to highlight vital performance and integration roadblocks in PVT research and offer suggestions for overcoming them.The methodology of reviewed literature is examined in detail with the goal of contributing to a unified approach for more impactful research.
