Title:	Enhancing PV Module Thermomechanical Performance and Reliability by an Innovative Mounting Solution
Author(s):	A.J. Beinert, A. Masolin
Keywords:	Stress, Finite Element Modelling, Photovoltaic Module, Mechanical Load, FEM-Simulation
Topic:	Photovoltaic Modules and BoS Components
Subtopic:	PV Module Design, Manufacture, Performance and Reliability
Event:	37th European Photovoltaic Solar Energy Conference and Exhibition
Session:	4AV.2.8
Pages:	1096 - 1099
ISBN:	3-936338-73-6
Paper DOI:	10.4229/EUPVSEC20202020-4AV.2.8
Price:	0,00 EUR
Document(s):	paper

Abstract/Summary:

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Using mechanical finite element method simulations, we compare the mechanical stability of an innovative mounting solution for PV modules to that of a conventionally framed module. The innovative mounting solution (Coolback® system) is a combined mounting and passive cooling structure which replaces the backsheet and the frame. We simulate the mechanical load test comparing a conventionally framed module to one using the Coolback® system. Both laminates are identical and consist of a 60-cell and a 144-half-cell/72-cell configuration. The finite element method simulations show that the cooling fins reduce the deflection of the module significantly, resulting in negligible solar cell fracture probabilities for all loads. Especially at high loads, where the framed module has a high solar cell fracture probability, the increased mechanical stability caused by the cooling fins helps to reduce cell fracturing.