采用混合方法评估印度奥罗维尔住宅热舒适做法对耗电量的影响

K. B. Debnath, O. Osunmuyiwa, David P. Jenkins, A. Peacock
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引用次数: 0

摘要

随着全球经济的快速增长和家庭可支配收入的增加,特别是在地球逐渐变暖的情况下,为实现热舒适而不断增长的能源需求已成为全球南方国家,尤其是印度等新兴经济体的一个突出问题。对制冷解决方案的需求急剧增长,不仅凸显了能源消耗的重要作用,也突出了理解随之而来的对电力政策和战略规划的影响的必要性,尤其是在全球南部地区。本研究探讨了印度南部奥罗维尔(Auroville)意向性社区内主动降温的细微变化,旨在揭示家庭在追求热舒适方面的偏好和做法所依据的因素。本研究采用混合方法,通过分析特定社区内选定家庭的住宅用电模式和制冷方式,在经验和方法上为跨学科讨论做出了贡献。研究分为三个方法阶段:首先,分析气候数据和环境压力指数(ESI)评估;其次,监测最终用户的用电量,然后进行严格的数据分析;最后,利用定性深入访谈和观察技术。这项研究的成果为奥罗维尔自 2014 年以来前所未有的环境污染指数变化提供了经验性的见解。此外,研究还揭示了住宅结构中居住者行为的内在复杂性,从而为了解形成住户制冷偏好的做法提供了宝贵的见解。这项研究丰富了人们对追求热舒适的能源消耗动态的理解,并有助于在气候变化背景下对可持续发展和能源政策进行更广泛的讨论。
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A Mixed-Methods Approach for Evaluating the Influence of Residential Practices for Thermal Comfort on Electricity Consumption in Auroville, India
With rapid global economic growth and a rise in disposable household income, particularly within a progressively warming planet, the escalating demand for energy to achieve thermal comfort has become a salient concern in the Global South, notably in emerging economies like India. This burgeoning need for cooling solutions has not only underscored the vital role of energy consumption but has also accentuated the imperative of comprehending the ensuing implications for electricity policy and strategic planning, particularly within the ambit of the Global South. This study explored the nuanced landscape of active cooling within an intentional community, Auroville, in southern India, aiming to discern the factors underpinning household preferences and practices in the pursuit of thermal comfort. Employing a mixed-methods approach, this study contributed empirically and methodologically to the interdisciplinary discourse by analysing residential electricity consumption patterns and cooling practices within selected households in the specified community. The study unfolded in three methodological stages: firstly, an analysis of climatic data coupled with an environmental stress index (ESI) assessment; secondly, the monitoring of end-user electricity consumption followed by rigorous data analysis; and lastly, the utilisation of qualitative in-depth interviews and observational techniques. This study’s outcome yielded empirical insights into the unprecedented shifts in the ESI for Auroville since 2014. Furthermore, the study unravelled the intricate complexities inherent in occupant behaviour within residential structures, thereby offering valuable insights into the practices that shape householders’ cooling preferences. This research enriched the understanding of the dynamics of energy consumption in the pursuit of thermal comfort and contributes to the broader discourse on sustainable development and energy policy in the context of climate change.
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