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Aerospace power networks must generate, convert, store, and distribute enough power to keep a craft aloft, often despite extreme conditions. To ensure reliability, designers must analyze power network performance as loads are dynamically switched on and off the network, and as system and environmental conditions vary. Robust Design methodologies, coupled with the virtual world of design simulation, make complete system analysis possible. Synopsys offers complete support for a simulation-based Robust Design flow.
Synopsys’ Saber design environment combines advanced, comprehensive analyses with the industry’s leading model library to meet the challenges of aerospace power network design. Using Saber tools, development teams can focus on specific power network components, or the entire system, using libraries of generators, batteries, and electrical load models. Designers can analyze system performance across a wide range of system and environmental conditions and include flight-cycle switching scenarios.
- Saber Advantages
- Size system components to match power generation with demand
- Analyze power distribution and network loading
- Combine hardware and software design in a single simulation to verify energy management algorithms
- Model and characterize complete aerospace power networks using industry standard MAST and VHDL-AMS modeling languages
- Verify power network performance and ensure reliability with advanced sensitivity, statistical, and fault analyses
- Automate power network design and analysis using simulation and post-processing experiments
- Increase analysis throughput with distributed simulations across multiple CPUs
- Applications
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