Biosolar roofs - The trend of the future

MATEC Web of Conferences Pub Date : 2023-01-01 DOI:10.1051/matecconf/202338501018

Pavol Knut, Maria Kocurkova, Zuzana Vranayova

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Abstract

This article shows the different types of biosolar roofs. An important factor that interests me is how a green roof can affect the efficiency of photovoltaics, how it can cool and how much more electricity it can produce than a classic roof. Localized energy generation through rooftop solar is gaining popularity in urban areas, and green roofs are often used for a range of services such as thermal insulation. In recent years, the use of biosolar green roofs to insulate heat and increase solar performance has increased. Two buildings observed by the research team are located in Sydney, Australia, of similar size, location and construction materials. One building has a biosolar roof and the other has a classic solar roof. Each solar array contains a series of environmental sensors including ambient temperature and global horizontal radiation. From the measurement, we can see the results that prove that the biosolar roof had a higher energy output by 4.5%, which proves that it produced 14.26MWh more electricity than the classic solar roof. Compared with previously reported studies and some simulation results, it is clear that the implementation of a bio-solar roof is beneficial for maximizing energy production and reducing greenhouse gas emissions.

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生物太阳能屋顶——未来的趋势

这篇文章展示了不同类型的生物太阳能屋顶。我感兴趣的一个重要因素是绿色屋顶如何影响光伏发电的效率，它如何冷却，以及它比传统屋顶能产生多少电力。通过屋顶太阳能发电的本地化能源在城市地区越来越受欢迎，绿色屋顶通常用于一系列服务，如隔热。近年来，使用生物太阳能绿色屋顶来隔热和提高太阳能性能的情况有所增加。研究小组观察到的两座建筑位于澳大利亚悉尼，它们的大小、位置和建筑材料都相似。一栋建筑有生物太阳能屋顶，另一栋有经典的太阳能屋顶。每个太阳能电池阵列都包含一系列环境传感器，包括环境温度和全球水平辐射。从测量结果中，我们可以看到，证明生物太阳能屋顶的能量输出比传统太阳能屋顶高4.5%，这证明它比传统太阳能屋顶多产生14.26MWh的电力。与先前报道的研究和一些模拟结果相比，很明显，生物太阳能屋顶的实施有利于最大限度地提高能源产量和减少温室气体排放。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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来源期刊

MATEC Web of Conferences

自引率

0.00%

发文量

342

审稿时长

6 weeks

期刊介绍： MATEC Web of Conferences is an Open Access publication series dedicated to archiving conference proceedings dealing with all fundamental and applied research aspects related to Materials science, Engineering and Chemistry. All engineering disciplines are covered by the aims and scope of the journal: civil, naval, mechanical, chemical, and electrical engineering as well as nanotechnology and metrology. The journal concerns also all materials in regard to their physical-chemical characterization, implementation, resistance in their environment… Other subdisciples of chemistry, such as analytical chemistry, petrochemistry, organic chemistry…, and even pharmacology, are also welcome. MATEC Web of Conferences offers a wide range of services from the organization of the submission of conference proceedings to the worldwide dissemination of the conference papers. It provides an efficient archiving solution, ensuring maximum exposure and wide indexing of scientific conference proceedings. Proceedings are published under the scientific responsibility of the conference editors.