SuperSolar: a wearable energy generator for children's outdoor play

Carlotta Manara, Diba Dayyani
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引用次数: 4

Abstract

A recent UK study commissioned by the National Trust found out that children play outside for an average of just over four hours a week and 10% of respondents have not even been in a natural environment for at least a year [1]. For the kids, the benefits of outdoor games are enormous; they are linked with the development of motor skills and mental and physical strength, enhancing children's creativity, confidence, and social relations. On the other hand, the problem of sustainability and energy consumption is more and more relevant nowadays. In the future, solar energy could be a valuable alternative to conventional electricity, and thanks to international researchers the technology is still evolving with a focus on fabric and tissue. The project SuperSolar aims to allow children to play and discover energy consumption through an outdoor play based on kinetic energy and Solar Cell Fabric [2], a tissue able to absorb solar energy. Besides, SuperSolar App informs children about the amount of energy that they produce during the play.
SuperSolar:供儿童户外玩耍的可穿戴能源发电机
英国国民信托基金会(National Trust)最近委托进行的一项研究发现,孩子们平均每周在户外玩耍的时间刚刚超过4小时,10%的受访者甚至至少有一年没有在自然环境中待过[1]。对于孩子们来说,户外运动的好处是巨大的;它们与运动技能和身心力量的发展有关,可以增强儿童的创造力、自信心和社会关系。另一方面,可持续性和能源消耗的问题在当今越来越重要。在未来,太阳能可能是传统电力的一个有价值的替代品,感谢国际研究人员,这项技术仍在发展,重点是织物和组织。SuperSolar项目旨在让孩子们通过基于动能和太阳能电池织物[2](一种能够吸收太阳能的组织)的户外游戏来玩耍和发现能源消耗。此外,超级太阳能应用程序会告诉孩子们他们在游戏过程中产生的能量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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