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Smart photovoltaic systems a cyber-physical systems/IoT approach: Architecture, implementantion and pilot description

机译:智能光伏系统网络 - 物理系统/物联网方法:架构,实现和导频描述

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The extraction of electrical energy from solar radiation using photovoltaic phenomenon depends not only on the quality of the modules but also on the level of matching to the load. This is an optimization process which needs dynamic, precise and embracing sensing over the system. This paper proposes the design of a smart photovoltaic system following a cyber-physical architectural approach which uses a distributed computational strategy between the Cloud and the IoT node. It is also shown that the latter needs to be designed as a software defined hardware (SDH) to better reflects the need for reconfigurability and flexibility.
机译:使用光伏现象的太阳辐射从太阳辐射的提取不仅取决于模块的质量,而且还取决于与负载匹配的水平。这是一种优化过程,需要在系统上需要动态,精确和拥抱感应。本文提出了一种在网络物理架构方法之后设计智能光伏系统,它在云和物联网节点之间使用分布式计算策略。还表明后者需要设计为软件定义的硬件(SDH),以更好地反映可重构性和灵活性的需求。

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