PVT Solar Collector Assessment Using Matlab/Simulink

Brahim, Taoufik; Jemni, Abdelmajid

doi:10.1007/978-3-031-43934-6_35

Lecture Notes in Mechanical Engineering

2023

DOI: 10.1007/978-3-031-43934-6_35

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PVT Solar Collector Assessment Using Matlab/Simulink

Taoufik Brahim,

Abdelmajid Jemni

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2024

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Cited by 2 publications

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A comprehensive numerical investigation of bi-dimensional analysis of PVT system using square channel absorber

Brahim,

Jemni

2024

Eng. Res. Express

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This paper offers a comprehensive numerical investigation of PVT solar thermal performance using the Finite Difference Method (FDM) for both longitudinal bi-dimensional transient and steady state analysis, which is the unique aspect of this study. Likewise, a thorough analysis of the use of two distinct cooling absorber PVT solar collectors is conducted under realistic climatic conditions. The current modeling methodology can be considered a useful tool that enables rapid bi-dimensional PVT system analysis. The findings show that, in comparison to the PVT tube configuration (587 kWh/m2, 178 kWh/m2), the direct flow square channel has more yearly thermal and electrical gain outputs (608 kWh/m2, 196 kWh/m2). Furthermore, the design of directly flow channels has the advantages of easier integration and effective conduction heat transfer between the fluid and absorber panel. A good agreement between the measured and predicted data was obtained once the current results were compared with theoretical and experimental data in the literature. 

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A comprehensive numerical investigation of bi-dimensional analysis of PVT system using square channel absorber

Brahim,

Jemni

2024

Eng. Res. Express

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Dynamic simulation of roll bond PVT solar collector under Simulink/Matlab

Brahim,

Abdelati,

Jemni

2024

Eng. Res. Express

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This paper presents an innovative methodology to investigate dynamic roll bond PVT solar systems under real-world operational weather conditions using the Simulink/Matlab environment. The method is based on the MPPT electrical model of the solar cell and the differential energy equations of PVT at each of its layers. The effect of PV operating temperature, mass flow rate, and insulation medium on overall PVT thermal performance are all thoroughly examined. Results reveal that the annual average power delivered, in terms of both heat and electricity, is 352.8 W and 34.08 W, respectively. Furthermore, the addition of an insulating layer could lead to a significant improvement in PVT overall effectiveness. The present work offers a simple and flexible integration tool for roll bond PVT system simulation.

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PVT Solar Collector Assessment Using Matlab/Simulink

Cited by 2 publications

References 13 publications

A comprehensive numerical investigation of bi-dimensional analysis of PVT system using square channel absorber

A comprehensive numerical investigation of bi-dimensional analysis of PVT system using square channel absorber

Dynamic simulation of roll bond PVT solar collector under Simulink/Matlab

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