Accelerate HVAC Design with Cloud-Native Simulation

Increase HVAC innovation with next-generation simulation

Reduce simulation lead time

Cloud-native simulation’s HPC elasticity allows unlimited simulation size and simultaneous runs without the need to manage a data center. More simulations, faster innovation, shorter cycle times.

Simulate early & broad — not siloed

Cloud-native simulation allows for decentralized simulation use while maintaining central quality control. Providing everyone with safe and robust access to simulation becomes, for the first time, practically possible.

Unlock next-generation engineering techniques

Next-generation engineering workflows such as generative, optimization, or AI do not work with legacy desktop data silos. Cloud-native simulation persists data in a way immediately accessible for AI, generative, or optimization workflows.

Accelerate Design and Meet Industry Challenges

Optimize Indoor Comfort and Compliance: Quickly visualize and adjust thermal comfort factors like airflow, temperature gradients, and air distribution to meet stringent indoor environmental standards and enhance occupant comfort.
Boost Project Margins and Timelines: Use SimScale’s cloud-native simulation to speed up design iterations, improve quality in RFQ responses, and deliver projects on time and within budget.
Respond to Evolving Industry Demands: Seamlessly adapt designs to meet sustainability goals, regulatory standards, and client requirements, positioning your company as an industry leader.

The "Share" window in SimScale showing how to share a project with other users

Enhance Performance, Collaboration, and Cost Efficiency

Streamline HVAC and Ventilation Strategies: Simulate and test entire HVAC systems, from AHUs to ducts and fans, to identify the most efficient ventilation configurations and minimize energy use and maintenance costs.
Increase Collaboration and Accessibility: Enable engineers across teams to collaborate on simulations in real-time, reducing delays and fostering a unified approach to design and analysis.
Reduce Development Costs through Virtual Prototyping: Leverage cloud-native simulation to eliminate physical testing needs, enabling cost-effective prototyping and faster time-to-market for innovative designs.

Empower Engineers with Fast, Reliable Simulation Tools

Analyze Air Quality and Contamination Risks Efficiently: Accurately simulate CO₂ levels, pollutant removal, and smoke propagation to ensure high air quality in complex spaces like cleanrooms, subway stations, and underground garages.
Minimize Iteration Time with Scalable Cloud Resources: SimScale’s cloud-native platform enables parallel simulation runs, shortening iteration cycles and allowing engineers to meet tight project deadlines without compromising quality.
Expand Simulation Capabilities with Multi-Physics Analysis: Access a range of simulations, from thermal comfort to contamination control, in one platform, empowering engineers to innovate and optimize without switching between tools.

“The customer support from SimScale is great and helped to reduce the learning curve when we first started with SimScale. We used to outsource CFD modeling to a third-party consultant. The annual license for SimScale costs less than getting a subcontractor to issue just one report so the return on investment (ROI) for us is just a few months and it has given us the freedom to explore more design options.”

Gerard Lally

Technical Sales Manager at Coolrite
“Working with SimScale gave us the possibility to inspect which of the architectural and technical solutions works the best way and give us certainty about our decisions. One other big factor is the speed in which SimScale can deliver results, through its great parallelization capacity. Without SimScale, we wouldn’t be able to deliver high-quality results in the required time period.”

David Akeret

VDC Specialist at Gruner Roschi AG
“The main benefit of using SimScale is the ability to link advanced computational fluid dynamics in the cloud to energy savings from our thermal modeling and analysis. Optimizing for comfort in sensitive spaces like large theaters with significant structural and acoustic constraints is a difficult task, and having access to the right tools at the right time is critical to ensure building performance.”

Madhav Munshi

Mechanical Engineer at Kohler Ronan