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首页> 外文期刊>Industrial Electronics Magazine, IEEE >The Big Jump from the Legs of a Frog [Historical]
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The Big Jump from the Legs of a Frog [Historical]

机译：从青蛙腿跳的大动作[历史]

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In recent years, we have witnessed growth in the importance of electrochemical storage for both stationary and mobile applications. With regard to the former, we have seen that the increasing penetration of intermittent renewable sources and of smart grids requires energy storage capabilities suitable for providing services with different technoeconomical horizons, such as sag compensation, frequency regulation, power smoothing, load leveling, load following, grid stabilization, power balancing, peak shaving, and time shifting up to investment deferral. With regard to the latter, the tremendous worldwide success of mobile electronics (cell phones, smartphones, laptops, etc.) in part relies on batteries capable of high power and energy densities. An even wider market expansion is expected in the coming years from electric vehicles, which demand batteries that feature high ranges at low costs. In this framework, intense efforts are being devoted to the development of improved batteries, with the aim of capturing a market that is expected to boom in the coming decades [1], [2]. However, apart from being expected to thrive in a bright future, batteries also boast a glorious past.
机译：近年来，我们见证了电化学存储在固定式和移动式应用中重要性的增长。关于前者，我们已经看到间歇性可再生资源和智能电网的渗透率不断提高，要求能量存储功能适合提供具有不同技术经济水平的服务，例如垂度补偿，频率调节，功率平滑，负载均衡，负载跟随，电网稳定，功率平衡，调峰和将时间推迟到投资延期。关于后者，移动电子设备（手机，智能手机，笔记本电脑等）在全球范围内的巨大成功部分取决于能够提供高功率和高能量密度的电池。预计未来几年，电动汽车将进一步扩大市场，电动汽车需要以低廉的价格提供高续航里程的电池。在这种框架下，人们致力于开发改进的电池，目的是占领一个在未来几十年[1]，[2]中有望蓬勃发展的市场。但是，除了有望在光明的未来蓬勃发展之外，电池还拥有辉煌的过去。

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