Engineering Simulation software for HVACR Products
meet Simcenter Amesim
Speed up heating, air-conditioning, refrigeration product design: reduce testing and costs with Simcenter Amesim.
What is Simcenter Amesim?
Simcenter Amesim is a widely known engineering simulation tool that supports engineers develop HVACR systems, with over 30 years of development history.
It’s employed by technical and r&d departments of leading companies all over the world, like Daikin, Ariston Thermo, Panasonic, Indesit, Atlantic and many more.
Leverage Simcenter Amesim to predict the dynamic performance of your products under a variety of working conditions.
What can you simulate?
Fridges and refrigerated cabinets
Chillers and Water Chillers
Home AC Systems and Heat Pumps
Building and Industrial Thermal Systems
Data Center Cabinet Cooling System
Simulation Applications
Discover the engineering challenges you can tackle with Simcenter Amesim
Predict temperature, pressure and gas mass fraction evolution over a working cycle
Analyze impact of different refrigerant fluids on Loop performance
Global Energy Consumption Analysis
Improve the System COP
Select components (compressor, hex,valves) and size systems
Improve control strategies through virtual commissioning
Simcenter Amesim Features
Powerful features to save you time when designing your product. Read more about them below.
Off-the-shelf modeling elements
Build a digital twin of your product in minutes, by assembling our parametric, validated modeling elements.
Transient Simulations
Predict the evolution of important performance variables, over a working cycle: temperature, relative humidity, pressure, heat exchange…
Energy Efficiency Analysis
Assess the energy efficiency of your cooling system and the energy flow between sub-system parts. Predict the energy required to maintain comfort of your building or room
CAD Import
Interested?
What if you already use CFD-3D simulation?
- it’s employed in different phases of product development, starting in the early pre-design phases – even when CAD designs aren’t available – to explore new product architectures, up to final design phases for virtual validation or trouble-shooting;
- it provides transient simulations of the whole AC sytem’s performance;
- simulation results are obtained in a fraction of the time required for a CFD-3D simulation.