Spatial household preferences of decentralized solar photovoltaic and thermal systems

Spatial household preferences of decentralized solar photovoltaic and thermal systems
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家庭对分散式太阳能光伏热系统的空间偏好

DOI:
10.1016/j.resconrec.2022.106487
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发表时间:
2022
期刊:
Conservation and Recycling
影响因子:
--
通讯作者:
Mo, Weiwei
Mo, Weiwei
中科院分区:
--
文献类型:
--
作者:
Ghasemi, Roozbeh;Li, Yue;Lu, Zhongming;Huang, Ju-Chin;Mo, Weiwei

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小型住宅太阳能系统越来越被认为是未来城市碳减排的关键部门。本研究通过众包离散选择实验和潜在类选择建模,针对波士顿,马萨诸塞州和亚特兰大,格鲁吉亚的太阳能光热和光伏系统的客户偏好。在两个试验台中采用的关键激励因素是安装成本、环境效益和每年节省的费用。尽管潜在阶层对不同系统特征的偏好具有相似性,但所有阶层在两个测试平台上都呈现出不同的社会经济特征,这表明城市之间的偏好异质性。我们还发现,这两个城市都有大量的早期采用者居住在较低的房地产价值地区,揭示了将基础设施改造项目与分散式能源系统安装相结合时,实现碳减排和社区复兴目标的潜力。这项研究提出了一个框架,以评估和理解分散式能源系统的社会需求,以促进其未来的推广。
Small-scale, residential solar systems have been increasingly recognized as a key sector for future carbon emission reduction in cities. This study investigated customer preferences of solar thermal and photovoltaic systems through a crowdsourced discrete choice experiment and latent class choice modeling targeting Boston, Massachusetts and Atlanta, Georgia. Key motivating factors for adoption in both testbeds are installation cost, environmental benefits, and annual savings. Despite the latent classes’ similarity in their preferences of different system features, all classes present different socioeconomic characteristics across the two testbeds, indicating preference heterogeneity across cities. We also found that both cities have significant early adopters residing in lower-property-value regions, revealing a potential to achieve both carbon emission reduction and community renaissance objectives when combining infrastructure renovation projects with decentralized energy systems installation. This study presents a framework for assessing and understanding the social demand of decentralized energy systems to facilitate their future promotions.
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