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HVAC systems once deployed are expected to function reliably over a long period with minimum maintenance and zero malfunction. A wide variety of highly advanced cooling and heating techniques combined with the integration of miniature hardware and sophisticated software to control various mechanical functions of the HVAC system lead to a lot of unknown and imparts higher uncertainty on the system behavior. Reliable prediction of system performance under realistic load conditions reduce warranty costs, improve product maintainability, and retain happy customers.
Siemens Digital Industries Software offers a comprehensive set of advanced simulation and testing solutions that can help you predict HVAC components, system and sub-system reliability issues early in the design phase and as well as analyze and understand the cause of the failures.
HVAC systems once deployed are expected to function reliably over a long period with minimum maintenance and zero malfunction. A wide variety of highly advanced cooling and heating techniques combined with the integration of miniature hardware and sophisticated software to control various mechanical functions of the HVAC system lead to a lot of unknown and imparts higher uncertainty on the system behavior. Reliable prediction of system performance under realistic load conditions reduce warranty costs, improve product maintainability, and retain happy customers.
Siemens Digital Industries Software offers a comprehensive set of advanced simulation and testing solutions that can help you predict HVAC components, system and sub-system reliability issues early in the design phase and as well as analyze and understand the cause of the failures.
HVAC products are becoming smarter and more connected. HVAC platform product development times and the launch of their derivative product have shortened rapidly. Achieving reliable HVAC systems with decreasing product development times combined with a convergent of new technologies (IoT, 5G) requires a shift in the way manufacturers develop products. How will HVAC manufacturers manage to test more scenarios and components in a short time? Relying on prototype testing is expensive and takes a lot of time. Companies pay a heavy price for releasing a product that is unreliable often an outcome of uninformed design choices and poor testing.
Siemens’ simulation and test solutions enable HVAC manufacturers to overcome complexity, enhance reliability, and develop a competitive advantage. Analyzing and validating various key reliability attributes such as its structural integrity, durability, and thermal control techniques can be performed efficiently. Moreover, by leveraging the digital twin approach performance under real conditions can be analyzed resulting in swift maintenance.
Select a comprehensive solution for dynamic environmental testing that ranges from routine vibration qualification tools to effective, high-speed multi-channel closed-loop shaker control system with parallel data acquisition and powerful analysis capabilities.
Save time, increases data reliability, and maximizes insights using multi-disciplinary testing system.
Maximize efficiency, when performing impact testing on small structures, running large-scale campaigns with hundreds of measurement channels, or validating 3D finite element models with experimental data.
Go beyond linear and statics simulation. Analyze a wide range of structural problems within a single user environment.