Optimization of the Frame and Performance Analysis of Solar Modules Based on Ansys Workbench and Solidworks

Wei Hua Wei; Ya Nan Zhu; Tong Ming Xue; Si Yuan Xie; Cheng Rong Yuan; Tong Yue Wang

doi:10.4028/www.scientific.net/KEM.693.169

Paper Titles

Improved Design of Driller Based on the Variable Drilling Speed Damping Mechanism
p.146

Investigation on the Metrology of Conical Thread Gauge
p.150

Luggage Impact and Structure Optimization for Rear Seat Frame of Automobile
p.155

Optimization Design of Input Location Parameters of Scissor Lift Mechanism
p.163

Optimization of the Frame and Performance Analysis of Solar Modules Based on Ansys Workbench and Solidworks
p.169

Particle Motion Simulation and Parameter Optimization Design in Drum Granulation
p.174

Research on Dynamic Characteristics of Glider Hydrofoil by Finite Element Models Analysis
p.182

Research on Modal Analysis of Aero-Engine Key Parts Structure Damage
p.187

Research on the Coaxial Connection between Gas Flowmeter and Critical Flow Venturi Nozzle Gas Flow Standard Device
p.194

HomeKey Engineering MaterialsKey Engineering Materials Vol. 693Optimization of the Frame and Performance Analysis...

Optimization of the Frame and Performance Analysis of Solar Modules Based on Ansys Workbench and Solidworks

Abstract:

Taking advantage of three-dimensional software Solidworks to model for solar modules and also using finite element analysis software Ansysworkbench to conduct the stress analysis and strength check of modules, to analyze the deformation of modules under certain loading conditions, to conduct load tests and defect detection (EL experiments) and to optimize encapsulation with aluminum frame combined with the factory laboratory. The results show that: the modules have no crack and other defects and their power attenuation does not exceed the specified value after the 2.0mm thickness aluminum frame was reduced to 1.7mm.