加快产品开发

Accelerated Product Development 解决方案使用西门子工具套件，专为帮助汽车制造商加快产品开发过程而打造。其中包括一系列软件工具、仿真和测试功能以及数据管理解决方案。

为此，需要实施数字化战略，使您的团队能够同步工作。当在彼此关联的环境下工作时，变化会传播给所有人。通过单一事实来源，每个人都可以访问当前信息，从而快速自动生成、探索和评估许多设计选项。这样可以消除需要构建的、成本高昂的物理原型数量。在短时间内找到适合目标和要求的理想配置

需要使用可增强协作的仿真环境来加速设计探索过程。然后，您可以自动生成多个设计，以便确定最具竞争力和合规性的配置。

即使在确定了最好的设计之后，事情也会继续变化。这意味着您需要不断了解这些变化对所有领域的影响。通过对产品设计的持续验证和确认，从概念化到设计完成并构建第一个物理原型，您可以确信产品将满足所有要求和目标。

Yes. Siemens offers cloud-enabled platforms that support automotive product engineering by connecting teams, tools and data in real time. These scalable platforms provide on-demand access to advanced technologies and computing power, allowing global teams to collaborate seamlessly, experiment rapidly with new innovations, and maintain a single source of truth throughout the automotive development process.

This is delivered through the Siemens Xcelerator platform.

Key strategies:

• Maintain a single, consistent data environment across all locations
• Leverage cloud platforms for real-time collaboration across distributed teams
• Integrate suppliers into the development process with seamless data sharing
• Enable on-demand scalability and elasticity to match project needs
• Access latest and advanced technologies and services without infrastructure investment
• Quickly experiment with and integrate advanced technologies into development workflows

Key benefits:

• Faster decision-making through instant access to current information
• Reduced communication gaps and improved alignment across global teams
• Scalable and flexible development environments that adapt to project needs
• Rapid response to peak demands for computing power without capacity constraints
• Enhanced processes and methods through continuous technology updates
• Faster focused innovation

Software for virtual vehicle prototyping is available through Siemens' comprehensive digital twin and AI-powered simulation solutions. These tools enable simulation-led, correct-by-construction design approaches that allow engineers to validate vehicle performance early and continuously throughout the automotive development process. By combining virtual testing with real-world operational data in a closed loop, engineers can reduce physical prototypes, accelerate innovation, and ensure safer, higher-quality vehicle designs.

Siemens provides these capabilities through Simcenter, Capital and NX CAD.

Key Strategies:

• Adopt simulation-led design to validate performance before physical builds
• Apply correct-by-construction design principles to minimize iterations
• Leverage digital twins for automotive product engineering validation throughout development
• Implement scenario-based testing beyond traditional requirements-based validation
• Combine simulation with real-world data for continuous improvement

Key Benefits:

• Time spent innovating rather than fixing designs through early validation
• Achievement of desired product behavior faster with front-loaded simulation
• Reduced reliance on physical prototypes lowering development costs
• Improved vehicle performance and quality through comprehensive virtual testing
• Insurance of safe and durable operation of product with virtual validation
• Improvements due to closed-loop feedback from operations to engineering

You can request automotive product development software demos directly from Siemens. Self-guided demos are useful for exploring software capabilities at your own pace, while 30-day trials provide hands-on access to test how Siemens software supports real automotive engineering workflows.

Demo options are available across these key automotive product development categories:

• Product design software: Explore tools that support vehicle design, mechanical engineering, CAD, product modeling, and collaborative design workflows.
• Performance engineering software: Evaluate solutions for simulation, CAE, virtual testing, multiphysics analysis, and performance validation earlier in the development process.
• Electronic systems development software: Explore software for electrical and electronic systems engineering, E/E architecture, embedded systems, and ECAD-MCAD collaboration.
• Requirements and verification management software: Evaluate tools that help teams manage product requirements, traceability, verification, validation, and compliance across complex automotive programs.