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Markov modeling of solar radiation and storage sizing

机译:太阳辐射和存储大小的马尔可夫建模

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Solar systems are highly penetrating into the electrical networks all over the world currently. Solar radiation is not steady and never will be, and so, a storage system is required to ensure a stable and continuous supply. To increase the reliability of the system whether islanded or network connected, it is better to have a storage system. After all, the decision of whether to use a storage system or not, and whether to use a big storage size or not is a matter of an economical decision. In this paper, the focus will be on designing a Markov model for the solar radiation and from that, techniques will be applied to specify the best sizing of the storage. Thus, the optimal sizing of the needed storage will be specified using three different techniques. The case study will be applied on two cities: Makkah (Kaaba), Saudi Arabia, and Dhahran (KFUPM), Saudi Arabia.
机译:当前,太阳能系统正在高度渗透到全世界的电网中。太阳辐射不稳定并且永远不会稳定,因此需要一个存储系统以确保稳定和连续的供应。为了提高系统的可靠性(无论是孤岛连接还是网络连接),最好有一个存储系统。毕竟,是否使用存储系统以及是否使用大存储容量的决定是经济的决定。在本文中,重点将放在设计太阳辐射的马尔可夫模型上,从中,将应用技术来指定最佳存储大小。因此,将使用三种不同的技术来指定所需存储的最佳大小。该案例研究将应用于两个城市:沙特阿拉伯的麦加(Kaaba)和沙特阿拉伯的达兰(KFUPM)。

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