Renewable Energies in the Built Environment

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https://mdpi.com/books/pdfview/book/10793Contributor(s)
Lucchi, Elena (editor)
Chen, Tianyi (editor)
Zhang, Wen (editor)
Language
EnglishAbstract
This reprint, compiled from a Special Issue of the Sustainability journal, presents groundbreaking research on integrating renewable energy technologies within the built environment. It offers a comprehensive exploration of sustainable energy solutions spanning solar, wind, biomass, geothermal, hydropower, and ocean energy applications in architectural and urban contexts. This collection features original research and reviews examining the delicate balance between conservation and innovation, particularly in cultural heritage settings. Special emphasis is placed on solar energy technologies that are transforming architectural design paradigms, from advanced module design to building-integrated photovoltaics. Readers will discover cutting-edge approaches to the following: Renewable energy integration in new and retrofitted buildings; Digital tools including Building Information Modeling for implementation; Policy frameworks and regulations shaping adoption; Design criteria for various renewable technologies; Case studies demonstrating successful applications in diverse settings. This volume serves as an essential resource for researchers, practitioners, and policymakers working at the intersection of sustainable energy and the built environment, providing valuable insights for creating more resilient and environmentally responsible communities.
Keywords
low-carbon rural area; carbon emission structure; bibliometrics; VOSviewer; carbon emission; driving factors; differentiated peak paths; cluster analysis; county; Shandong; renewable energy; profitability; industrial policy; passive energy conservation; energy consumption; CO2 emissions; traditional dwelling; renovation; cultural heritage; geothermal heat pump; historical building; energy retrofit; demand-side management; wind energy; curtailment; electrical water heating aggregation; fuel poverty; renewables energies in built environment; renewable energy community; thermal energy storage (TES); bibliometric analysis; energy efficiency; climate change mitigation; accelerating building renovations; technological–environmental design interventions; promoting renewable energy installations; optimization of energy use; Italian residential buildings; photovoltaic; BIPV; vertical farming; agrivoltaics; hydroponic; prefabricated design; facade design; photovoltaics; tensioned membranes; strains; architectural membranes; flexible photovoltaic; benchmark; diagnose of built environment; energy-use intensity; regeneration of agriculture-based rural villages; research in field; socio-economic aspects; statistical analysis; n/aWebshop link
https://mdpi.com/booksISBN
9783725838585, 9783725838578Publisher website
www.mdpi.com/booksPublication date and place
2025Classification
Biology, life sciences

