能源:简化风能收集创造性应用的工具包

Jung Wook Park, Sienna Xin Sun, Tingyu Cheng, Dong Whi Yoo, Jiawei Zhou, Youngwook Do, G. Abowd, R. Arriaga
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引用次数: 0

摘要

能量收集减少了电源维护的负担,并有望使计算系统真正无处不在。研究人员已经在这一领域取得了进展,但他们的新型能量收集材料和制造技术仍然无法为普通制造商社区所接受。因此,本文旨在提供一个工具包,使新手可以访问能量收集。在研究1中,我们调查了与经验丰富的研究人员和制造商(N=9)设计能量收集技术相关的挑战和机遇。利用从这次调查中获得的经验教训,我们在研究2中设计了一个风能收集工具包,Exergy。它由模拟器、硬件工具、软件示例和构思卡组成。我们将其应用于车辆环境,尽管它们有潜力,但尚未被探索。在研究3中,我们进行了两个阶段的研讨会:实践体验和创意会议。结果表明,新手(N=23)可以自信地使用Exergy,并创造性地发明自我可持续的能量收集应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Exergy: A Toolkit to Simplify Creative Applications of Wind Energy Harvesting
Energy harvesting reduces the burden of power source maintenance and promises to make computing systems genuinely ubiquitous. Researchers have made inroads in this area, but their novel energy harvesting materials and fabrication techniques remain inaccessible to the general maker communities. Therefore, this paper aims to provide a toolkit that makes energy harvesting accessible to novices. In Study 1, we investigate the challenges and opportunities associated with devising energy harvesting technology with experienced researchers and makers (N=9). Using the lessons learned from this investigation, we design a wind energy harvesting toolkit, Exergy, in Study 2. It consists of a simulator, hardware tools, a software example, and ideation cards. We apply it to vehicle environments, which have yet to be explored despite their potential. In Study 3, we conduct a two-phase workshop: hands-on experience and ideation sessions. The results show that novices (N=23) could use Exergy confidently and invent self-sustainable energy harvesting applications creatively.
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