現代汽車、航空和工業電氣系統中的電子系統複雜性正在加速。EEvision 透過動態隔離和視覺化關鍵區域來應對電氣系統的複雜性。系統渲染顯示系統連接、線束和元件屬性的最新示意圖，以協助開發團隊、製造團隊和服務操作快速了解複雜電氣系統中的即時關鍵資訊。
使用原始 ECAD 資料、專有資料或其他標準格式產生的數位孿生模型系統提供智慧型系統視覺化和自動文件建立。使用者可以提取精確的資訊，並透過即時搜尋以易於理解的格式顯示，顯示電氣系統功能和元件影響，或深入到與數位孿生模型相關的特定元件屬性。
EEvision 透過使用數位孿生資料在全球製造工廠和經銷商進行引導式自動診斷，提高了效率、開發速度、偵錯和服務營運。
超越靜態原理圖和圖紙 —— EEvision 可即時存取數位孿生的所有電氣結構、電線連接、系統功能和元件屬性，以便使用者可以查看和解決電氣問題。
EEvision 可協助使用者在動態檢視環境中偵錯電氣系統，讓他們在隱藏干擾元件的同時輕鬆識別訊號路徑，並在數秒內產生完整的文件冊。
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.
