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Smart Charging Technologies for Portable Electronic Devices

机译:便携式电子设备的智能充电技术

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In this article we describe our efforts of extending demand-side control concepts to the application in portable electronic devices, such as laptop computers, mobile phones and tablet computers. As these devices feature built-in energy storage (in the form of batteries) and the ability to run complex control routines, they are well-suited for the implementation of smart charging concepts. We developed simple hardware and software based prototypes of smart charging controllers for a laptop computer that steer the charging process depending on the frequency of the electricity grid and in case of the software implementation also based on the battery charge status. If similar techniques are incorporated into millions of devices in UK households, this can contribute significantly to the stability of the electricity grid, help to mitigate the short-term power production fluctuations from renewable energy sources and avoid the high cost of building and maintaining conventional power plants as standby reserve.
机译:在本文中,我们描述了将需求方控制概念扩展到便携式电子设备(例如便携式计算机,移动电话和平板计算机)中的应用程序的努力。由于这些设备具有内置的能量存储(以电池形式),并具有运行复杂控制程序的能力,因此非常适合实施智能充电概念。我们为便携式计算机开发了基于简单硬件和软件的智能充电控制器原型,这些原型根据电网的频率来控制充电过程,并且在软件实现的情况下还取决于电池的充电状态。如果将类似技术应用于英国数百万个家庭的设备中,则可以极大地有助于电网的稳定性,有助于减轻可再生能源带来的短期电力生产波动,并避免建造和维护常规电力的高成本植物作为备用储备。

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