Advanced HVAC Flow and Thermal Simulation Software
tensorHVAC-Pro is a purpose-built HVAC simulation solution that allows engineers to analyze airflow behavior, temperature distribution, and indoor comfort using accurate physics-based CFD methods. Instead of relying on oversimplified calculations or assumptions, engineers can evaluate real operating conditions early in the design process—reducing uncertainty and improving overall system performance.
Developed specifically for HVAC professionals, tensorHVAC-Pro removes much of the complexity associated with conventional CFD software. Rather than focusing on solver configuration and numerical parameters, users can concentrate on HVAC design goals, comfort evaluation, and airflow optimization. This makes advanced simulation accessible even to engineers without prior CFD specialization.
The software enables three-dimensional analysis of airflow and heat transfer within indoor spaces, allowing users to clearly see how air circulates, mixes, and stratifies across occupied zones. Heating, cooling, and mixed ventilation strategies can be assessed in detail, helping engineers identify discomfort risks such as uneven temperatures, stagnant zones, or excessive drafts before installation.
tensorHVAC-Pro also supports both mechanically driven and naturally induced ventilation scenarios. Buoyancy effects, wind-driven airflow, and forced ventilation systems can be analyzed within a unified simulation environment. In addition, outdoor airflow simulations allow engineers to study wind interaction with building envelopes and understand how external conditions influence indoor ventilation performance.
To support comfort-focused design, tensorHVAC-Pro provides direct access to essential comfort and performance indicators. Metrics such as Predicted Mean Vote (PMV), Predicted Percentage of Dissatisfied (PPD), draft rate, and temperature consistency are generated directly from simulation results, enabling data-driven validation against comfort standards.
Ease of use is central to the software’s workflow. Boundary conditions can be defined intuitively with automatic unit handling, eliminating common setup errors. Mesh generation is handled automatically using approaches tailored to HVAC simulations, allowing reliable results without the need for manual mesh refinement or advanced CFD expertise.
Geometry preparation is equally efficient. tensorHVAC-Pro accepts STL geometry exported from widely used CAD and BIM platforms such as Revit, Rhino, SketchUp, SolidWorks, Inventor, and Fusion 360. This seamless integration allows engineers to move quickly from design models to simulation-ready cases.
In real-world applications, tensorHVAC-Pro is commonly used for indoor airflow optimization, thermal comfort verification, HVAC layout assessment, ducting performance analysis, and energy-conscious system design. By identifying potential issues early, the software helps minimize costly redesigns and enhances communication with clients through clear and visual simulation outputs.
By combining accurate CFD modeling with an engineer-friendly interface, tensorHVAC-Pro bridges the gap between advanced simulation capability and everyday HVAC design needs. It enables faster decision-making, greater confidence in design choices, and improved building comfort and efficiency.
With flexible pricing options and a free trial available, tensorHVAC-Pro offers an accessible pathway to professional HVAC simulation. Whether used during concept development or detailed design validation, it empowers engineers to create more comfortable, efficient, and reliable HVAC systems.