The 3D Printing Equipment Based on Photovoltaic Energy Has Improved the Innovation of Patchwork Products

Abstract

As an emerging energy source, photovoltaic power generation has the characteristics of strong stability and low energy consumption and is widely used in modern equipment. At present, 3D printing is a new field of photovoltaic energy application. However, the degree of its integration with 3D printing has always been a point of controversy. In this study, photovoltaic energy equipment was used to analyze the characteristics of 3D printing, and the combination effect of photovoltaic energy and 3D printing was discussed, especially the role of patchwork product innovation. The research results show that photovoltaic can extend the use time of 3D printing equipment, play a key role in the innovation of patchwork products, improve the accuracy of splicing, make it reach more than 90%, shorten the production time of patchwork, and play the role of ventilation and warmth of patchwork products, with an improvement rate of more than 10%. It can be seen that this study can deeply explore and utilize the powerful role of 3D printing equipment, to promote the role of new energy in 3D printing and patchwork product innovation and contribute to the innovation of patchwork design.