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Techno-economic modeling of Wind-Solar PV and Wind-Solar PV-Biomass hybrid energy system

机译:风光光伏和风光光伏-生物质混合能源系统的技术经济模型

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The paper studies modeling of Wind-Solar PV and Wind-Solar PV-Biomass hybrid energy system. The main objective of this paper is modeling of Wind-Solar PV hybrid system with no energy storage. The modeling is done on the basis of energy demand and available energy resources for particular site. The system is modelled with the consideration of minimum initial investment, minimum cost of energy (i.e. COE) and minimum deficit in power i.e. Loss of Power Supply Probability (LPSP). The paper describes the relation between reliability and initial investment for both the Wind-Solar PV and Wind-Solar PV-Biomass energy system. Renewable resource data is practically measured at site for one year is considered for modeling. The load considered is Program Energy Technology, Shivaji University, Kolhapur. MATLAB programming is done for the modeling of hybrid energy system.
机译:本文研究了风光光伏和风光光伏-生物质混合能源系统的建模。本文的主要目标是对没有储能的风光互补系统进行建模。建模是基于特定站点的能源需求和可用能源来进行的。该系统的建模考虑了最小的初始投资,最小的能源成本(即COE)和最小的电力短缺(即电源供应概率损失(LPSP))。本文描述了风能光伏和风能光伏生物质能系统的可靠性与初始投资之间的关系。可以在现场实际测量一年的可再生资源数据进行建模。所考虑的负载是Kolhapur的Shivaji大学的Program Energy Technology。 MATLAB编程已完成,用于混合能源系统的建模。

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