基于虚拟现实技术的发电企业应急安全培训系统开发与应用效果评估
Development and Evaluation of the Application Effect of the Emergency Safety Training System for Power Generation Enterprises Based on Virtual Reality Technology

随着发电企业对安全生产要求的不断提升，传统应急安全培训方式面临诸多挑战。本研究聚焦于基于虚拟现实技术的发电企业应急安全培训系统的开发与应用效果评估。首先深入剖析发电企业应急安全培训现状及传统方式的局限，阐述虚拟现实技术的原理与特性，凸显其在模拟真实场景、提供交互体验、保障培训安全等方面的显著优势。详细介绍开发的应急安全培训系统架构，涵盖风险认知模块、应急流程演练模块、技能强化训练模块等核心功能组件，以及三维建模、交互设计、场景渲染等关键技术运用。通过多维度评估方法，对实际应用案例进行深入分析，从员工的安全知识掌握、应急操作技能提升，到企业安全事故发生率降低、应急响应效率提高等方面全面量化评估系统应用效果。研究结果表明，该系统能有效弥补传统培训不足，显著增强员工安全意识与应对能力，为发电企业应急安全培训提供创新且高效的解决方案，同时也为其他行业应急培训体系建设提供了极具价值的参考范例与实践经验借鉴。
With the continuous increase in the requirements for safe production in power generation enterprises, traditional emergency safety training methods are faced with numerous challenges. This study focuses on the development and evaluation of the application effect of an emergency safety training system for power generation enterprises based on virtual reality technology. Firstly, it deeply analyzes the current situation of emergency safety training in power generation enterprises and the limitations of traditional methods, expounds the principles and characteristics of virtual reality technology, and highlights its remarkable advantages in simulating real scenarios, providing interactive experiences, and ensuring training safety. The architecture of the developed emergency safety training system is introduced in detail, covering core functional components such as the risk awareness module, emergency procedure drill module, and skill enhancement training module, as well as the application of key technologies such as 3D modeling, interactive design, and scene rendering. Through a multi-dimensional evaluation method, in-depth analysis is carried out on practical application cases, and the application effect of the system is comprehensively and quantitatively evaluated from aspects such as employees’ mastery of safety knowledge, improvement of emergency operation skills, reduction of the incidence of enterprise safety accidents, and enhancement of emergency response efficiency. The research results show that this system can effectively make up for the deficiencies of traditional training, significantly enhance employees’ safety awareness and response capabilities, provide an innovative and efficient solution for emergency safety training in power generation enterprises, and also offer valuable reference examples and practical experience for the construction of emergency training systems in other industries.