现代汽车、航空和工业电气系统中的电子系统复杂性正在加速。 EEvision 通过动态隔离和可视化关键区域来应对电气系统的复杂性。 系统渲染显示系统连接、线束和组件属性的最新示意图，以帮助开发团队、制造团队和服务操作快速了解复杂电气系统中的实时关键信息。
使用原始 ECAD 数据、专有数据或其他标准格式生成的数字孪生模型系统提供智能系统可视化和自动文档创建。 用户可以提取精确的信息，并通过实时搜索以易于理解的格式显示，显示电气系统功能和组件影响，或深入到与数字孪生模型相关的特定组件属性。
EEvision 通过使用数字孪生数据在全球制造工厂和经销商进行引导式自动诊断，提高了效率、开发速度、调试和服务运营。
超越静态原理图和图纸——EEvision 可实时访问数字孪生的所有电气结构、电线连接、系统功能和组件属性，以便用户可以查看和解决电气问题。
EEvision 帮助用户在动态查看环境中调试电气系统，让他们在隐藏干扰元件的同时轻松识别信号路径，并在数秒内生成完整的文档册。
Altair® EEvision™ is an electronic system visualization platform for managing system complexity. Accelerate and simplify product design, manufacturing, and servicing by easily searching a digital twin model to quickly render up-to-date schematics for system connectivity, wiring harnesses, and component attributes. Access information in the cloud or on-premises so teams can view and understand real-time critical information in increasingly complex electrical systems or automatically generate documentation when required.
Automotive servicing is a crucial part of the overall ownership experience, and rapid, effective service is a critical business metric for the entire automotive industry. With accelerating electronic system functionality, servicing cars today requires understanding a complex, interconnected computer system. This article describes the changing nature of modern vehicle maintenance and how digital twin technology applies to automotive or other industries whose products are increasingly digitalized.
NASA-JPL engineers adopt Altair® EEvision™ electronic system visualization software to help develop their Europa, Psyche, and Mars Sample Return interplanetary space missions. JPL develops complex electrical systems and wire harness designs for its space missions and programs. Capturing requirements and implementing designs for these complex electrical systems is a highly iterative and cyclical process. JPL selected EEvision to help implement a model-based, requirements-driven process to improve the development processes for these missions and future projects.
Electronic system complexity in the automotive industry is expanding due to increasing advanced features and electrification. The need for automotive companies to efficiently manage this complexity across their value chain, from development to manufacturing and service centers, is essential for design accuracy and cost savings. EEvision offers a Model-Based Design (MDB) system for taming this complexity by visualizing a Digital Twin model in real time. Users can search entire electronic systems to isolate and automatically render schematics for any scenario-specific situation, visualizing only the necessary components, connectivity, and regions of influence.
