Precision mechanical manufacturing and product appearance VR design based on environmental thermal energy control

초록

With the global emphasis on environmental protection and sustainable development, the precision machinery manufacturing industry is facing increasingly severe energy consumption and environmental challenges. This study aims to improve the energy efficiency of precision mechanical manufacturing through environmental thermal control technology, and optimize product appearance design by combining virtual reality (VR) technology. A production energy consumption monitoring system based on environmental thermal energy control was proposed through demand analysis of energy consumption in precision machinery manufacturing enterprises. Through system structure and functional design, a manufacturing workshop environmental thermal energy control model was constructed, and system testing experiments were conducted to verify its effectiveness and feasibility. In terms of product appearance VR design, this study explores the interactive design factors of low-carbon manufacturing, analyzes the environmental issues in the product design process, and proposes a VR visualization design scheme for low-energy process planning. Further construction of a product production energy consumption control model aimed at achieving comprehensive energy consumption monitoring throughout the product lifecycle. The research results indicate that the use of environmental thermal control technology and VR design methods can significantly improve the energy efficiency of precision mechanical manufacturing, reduce energy consumption during the product design phase, and enhance the environmental characteristics of the product. This study provides new ideas and methods for precision machinery manufacturing enterprises in environmental protection and sustainable development, promoting technological progress in the industry.

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