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Building integrated photovoltaic thermal panels with structural endurance and enhanced sustainability

机译:构建具有结构耐久性和增强的可持续性的集成光伏热板

摘要

#$%^&*AU2020100634A420200618.pdf#####Abstract: This patent is for BIPVT-330 that is a novel building integrated roof solar panel made of fully recycled materials with an enhanced structural performance and high electrical and thermal power efficiencies. Having architectural appeal and superior structural performance than today's systems, the patented roofing technology will integrate half-cell photovoltaic panels, a heat exchanger and a durable geopolymer composite embedded with corrosion resistant reinforcement. This multi-layered roofing technology will feature free clean electricity and thermal energy, high strength, lightweight material, modularity and seamless integration with building roof profiles. Australia is expected to generate 80% of its energy from renewable sources by 2030. Currently 71.1% of all its dwellings are separate houses, but only 20% are equipped with solar panels. This limited uptake is partially explained by low efficiency due to poor design and the structurally passive nature of today's panels. In spite of the technology revolution that took place in this sector, implementing innovative cost-effective techniques into this asset classhas not been fully explored yet. This patent is aimed at developing a new roofing technology that offers several functionalities including aesthetic appeal, structural support, free solar energy and water heating. The proposed system is seamlessly integrated, self-supported and it uses a durable geopolymer composite made of recycled industrial waste. By empowering selfsufficient and true net zero energy buildings that cannot be achieved with today's solar systems, this novel roofing technology has economic, environmental and social benefits to society and the construction industry in Australia and the rest of the world in general.
机译:#$%^&* AU2020100634A420200618.pdf #####抽象:该专利是针对BIPVT-330的,该专利是一种完全由建筑材料制成的新型建筑物集成屋顶太阳能电池板具有增强的结构性能和高电热性能的再生材料功率效率。具有建筑吸引力和出色的结构性能在当今的系统中,获得专利的屋面技术将集成半电池光伏板,换热器和耐腐蚀的耐用地质聚合物复合材料加强。这种多层屋面技术将提供免费清洁电力和热能,高强度,轻质材料,模块化以及与建筑屋顶轮廓。到2030年,澳大利亚有望将80%的能源来自可再生能源。它的所有住所中有71.1%是独立的房屋,但只有20%的房屋配备了太阳能电池板。摄入量有限的部分原因是设计不良和效率低下。当今面板的结构被动特性。尽管发生了技术革命在该领域中占有一席之地,在该资产类别中实施了具有成本效益的创新技术尚未完全探索。该专利旨在开发一种新的屋面技术,提供多种功能,包括美观,结构支撑,免费太阳能和水加热。拟议的系统是无缝集成,自我支持的,并且使用了由回收的工业废料制成的耐用地聚合物复合材料。通过增强自我当今太阳能无法实现的足够,真实的零能耗净建筑系统,这种新颖的屋面技术具有经济,环境和社会效益,社会以及澳大利亚及世界其他地区的建筑业。

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