Aircraft electrical system design: Siemens Xcelerator and Capital

Conditions are challenging and continuously evolving for aerospace OEMs. These pressures are felt across roles, processes and domains, but especially for those tasked with aircraft electrical system design. Whether it’s product complexity, accommodating global collaboration, or an even greater demand for program profitability, OEMs are looking for new solutions to answer these growing concerns.

In this ebook, find out how digital solutions, like those in the Siemens Capital™ portfolio, can create more agile and resilient electrical system design cycles. Learn how Capital, which is part of the broader Siemens Xcelerator portfolio, will accomplish these goals by creating a central, virtual environment hosted in the cloud.

Benefits of cloud computing in aircraft electrical system design

Accelerate time-to-market and maximize financial solvency by capitalizing on the collaboration and scalability benefits offered by a cloud-based digital solution for aircraft electrical system design.

With the cloud-based digital solution, geographically distributed teams will be able to collaborate more effectively within the solution’s common, virtual environment. Engineers can share documents, exchange ideas and communicate effortlessly.

Teams can also quickly adapt to changing needs for processing power and other computing resources through the cloud-based infrastructure. Teams will no longer have to delay projects waiting for software engineers to stand up additional infrastructure to meet demands. They can also use cloud-based data processing services, such as big data analytics and machine learning, to easily identify statistical trends, relationships and anomalies without having to worry about the performance or reliability of the infrastructure.

Siemens Capital for aircraft electrical system design

The Siemens Capital portfolio is the optimal solution for accurate, timely and cost-effective aircraft electrical system design. The solution promotes right-first-time design with its active design-rule checks throughout the process. This ensures that mistakes will be caught early, eliminating costly and time-consuming rework down the line. These rules, roles and requirements will be communicated effectively and efficiently through the digital thread. With the rules established, teams can utilize the digital twin to conduct in-depth analysis of the electrical system model to ensure compliance and predict results of future testing more effectively. The design variation and testing possibilities are innumerable with Capital.

Download this ebook to learn how a digital solution can modernize your company’s electrical system design to meet the industry demands and compliance requirements of aerospace today.