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Community and Multi-building Development's Key Role in a Net-zero Energy Future

机译:社区和多建筑物开发在零净能源未来中的关键作用

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It is typically assumed that the renewable energy required by netzero energy buildings is produced by photovoltaic (PV) panels located on individual rooftops. However, this paradigm may produce unintended consequences by inducing sprawl and the development of low-density, low-rise buildings with large roof areas to support PV arrays. Furthermore, if other building energy systems, such as heating and cooling, are constrained to the needs of individual net-zero buildings, the benefits of diverse multi-building load profiles will fail to be realized. Instead, a more sustainable approach could be achieved through multi-building systems which share renewable energy production and other energy systems, obviating the need for individual buildings to develop separate, small-scale solutions, and placing net-zero goals in reach of higher-density urban areas. Further, a multi-building approach to development may have other added benefits, such as reducing strain on transportation infrastructure and promoting community-oriented development. In a recent report developed by the zero energy Commercial Buildings Consortium (CBC), industry stakeholders underscored the opportunity and multiple benefits of multi-building systems, including the ability to aggregate and balance electrical and thermal loads, efficiencies in shared energy management and equipment maintenance, sharing of other resources, and elimination of redundant equipment. However, a number of technical as well as market-oriented challenges persist in making the important shift from individual building design and construction to multi-building configurations and community develop- merit. These barriers include multiple ownership and incentive structures, technical hurdles in applying multi-building systems to existing buildings, and the need for improved waste heat technologies. This article will discuss these challenges in detail, as well as explore practical, near-term actions that can be taken at the state, regional, and national levels to move the commercial building sector along this path.
机译:通常假定netzero能源建筑所需的可再生能源是由位于各个屋顶上的光伏(PV)面板生产的。但是,这种范式可能会引起蔓延以及开发具有大屋顶面积以支持光伏阵列的低密度,低层建筑,从而产生意想不到的后果。此外,如果将其他建筑能源系统(例如供暖和制冷)限制在单个净零建筑物的需求上,则将无法实现多样化的多建筑物负荷曲线的好处。取而代之的是,可以通过共享可再生能源生产和其他能源系统的多建筑物系统来实现更可持续的方法,而无需单个建筑物来开发单独的小规模解决方案,并将零净目标置于更高的目标范围内。市区密集。此外,采用多建筑物发展方法可能还会带来其他好处,例如减少交通运输基础设施的压力并促进面向社区的发展。在零能耗商业建筑协会(CBC)制定的最新报告中,行业利益相关者强调了多层建筑系统的机遇和多重利益,包括聚集和平衡电气和热负荷的能力,共享能源管理和设备维护的效率,共享其他资源并消除冗余设备。然而,在从个人建筑设计和建造向多建筑物配置和社区发展的重要转变方面,仍然存在许多技术和市场挑战。这些障碍包括多重所有权和激励结构,将多建筑物系统应用于现有建筑物的技术障碍以及对改进的余热技术的需求。本文将详细讨论这些挑战,并探讨可在州,地区和国家各级采取的实际,近期的行动,以使商业建筑业沿着这条道路前进。

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