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Deployment of Electric Induction Technologies into Cooktops Plates as a Part of Energy Sustainability
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作者 Alberto Tama 《Smart Grid and Renewable Energy》 CAS 2022年第3期55-74,共20页
For a long time now, humanity has been facing the phenomenon known as “climate change”, a major challenge of which we must be aware of what we are doing so as not to affect ourselves or future generations. It is evi... For a long time now, humanity has been facing the phenomenon known as “climate change”, a major challenge of which we must be aware of what we are doing so as not to affect ourselves or future generations. It is evident that, if what is sought is a sustainable energy future, the current energy model implemented in certain countries and regions of the world is not the most adequate and makes the achievement of this goal unfeasible. This situation threatens to greatly alter our ecosystems and our social structures, and one of the key actions to mitigate it is, undeniably, the generalization of the use of renewable energy sources;and specifically, the non-conventional sources, referring to solar and wind, technologies that comply with the principle of energy complementarity;however, there are other possible solutions such as the deployment of programs that consider efficient cooking technologies;involving with it is everything related to energy security and equity, as well as environmental protection. In this article, as a technology to be considered to reduce and mitigate the Greenhouse Gases (GHG) emissions, an analysis of the efficiency assessment of electric induction cooktops and the determination of their potential energy savings are carried out. The impact of these results is taken into consideration and a series of conclusions and recommendations for improvement are issued. 展开更多
关键词 Energy Sustainability Sustainable Development Clean Cooking Efficient Cooking Sustainable Development Goals Energy Savings Electric Induction cooktop
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基于电抗补偿的高精度锅具检测
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作者 左远洋 《日用电器》 2023年第8期33-36,45,共5页
全表面电磁灶线圈数量多排列密,对锅具检测精度要求高,传统的检测方法精度低,响应慢而不能满足应用。本文分析了锅具影响线圈阻抗变化的原理,通过电抗补偿的方法提高阻抗模的变化率,设计了相应的电路拓扑,并进行了理论分析和实验验证。... 全表面电磁灶线圈数量多排列密,对锅具检测精度要求高,传统的检测方法精度低,响应慢而不能满足应用。本文分析了锅具影响线圈阻抗变化的原理,通过电抗补偿的方法提高阻抗模的变化率,设计了相应的电路拓扑,并进行了理论分析和实验验证。实验结果表明,不同覆盖面积时产生的检测电压与理论分析相吻合。通过微处理器对每个线圈的检测电压进行查询,可以准确判断锅具的存在和线圈的覆盖程度。该技术检测速度快、成本低,非常适用全表面电磁灶应用。 展开更多
关键词 全表面电磁炉 锅具检测 阻抗变化 覆盖面积
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