Simulation Engineering Software for Heating, Ventilation, Air Conditioning, & Refrigeration Systems

Modelon’s cloud-native platform, Modelon Impact, enables accurate physical modeling and simulation for HVAC and Refrigeration systems and sub-systems.

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Design, simulate, and produce better HVAC & Refrigeration systems from a single platform

Meet Modelon Impact – a cloud platform for designing, simulating, and analyzing physical HVAC and Refrigeration systems. Modelon Impact enables engineers to model heating, refrigeration, and air conditioning systems using commercially validated and customizable components. For more complex modeling and simulation projects, our HVAC and Refrigeration industry experts are ready to guide you along your journey.

Use Modelon Impact for:

District heating and cooling systems
Geothermal, air-to-air, and water-source heat pump design
Steady-state and dynamic simulation
Building models used for HiL and SiL applications
Multi-domain modeling
Digital twin development for predictive maintenance and optimal operations

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Get the most out of system simulation with Modelon Impact

System simulation elevates engineering teams to new levels of productivity and innovation. Be at the forefront of designing cutting-edge heating, air conditioning, and refrigeration systems with Modelon Impact.

Higher Design Reliability

Make better design decisions when building HVAC and Refrigeration systems with quick and accurate simulation results. Simulate HVAC and Refrigeration systems for cost calculations, temperature analysis, load profile strategy, and overall system performance that would be otherwise difficult to test for in laboratories.

Reduced Development Costs

Build virtual copies for fast exploration of new design concepts, evaluation of different refrigerants, redesign of current systems, and thus respond to the constant changes and requirements in the industry.

HVAC Technology Modernization

Create virtual copies of existing HVAC and Refrigeration systems to retrofit your technology with renewable energy sources, up-to-date methods, and high-performance components.

Increased Internal Collaboration

Seamlessly work with internal and external teams on the cloud to streamline the engineering design process.

HVAC & Refrigeration System Simulation Applications

District Heating Systems and Cooling Systems
Domestic, Commercial, and Industrial Refrigeration
Heat Exchanger Simulation and Sizing
Ventilation Systems
Air Conditioning Systems
Building Energy Management Systems (BEMS) and Optimization

Model different types of heat pumps, boilers, and other equipment with varying heat source inputs to power district heating and cooling systems for residential and commercial buildings.

Simulate detailed models of refrigeration systems and equipment, which range from small domestic to industrial units.

Domestic, Commercial, and Industrial Refrigeration

Size and evaluate the performance of different heat exchangers including Microchannel HX, plate HX, fin-tube HX, shell and tube HX, shell-side evaporators, and condensers.

Design ventilation systems for performance evaluation and control integration.

Design and evaluate the performance of centralized systems considering different chillers, boilers, coils pumps, and cooling towers. Analyze decentralized systems such as windows air conditioners, through-the-wall room HVAC units, air or water-cooled heat pumps, multi-split units, outdoor package systems, single zone variable air volume, and variable refrigerant flow systems.

Design BEMS for efficient control and usage of energy in buildings.

Building Energy Management Systems (BEMS) and Optimization

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What customers are saying about Modelon

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Modelon Impact being cloud-based makes it very easy for us to access the platform and our projects. This helps foster collaboration within our team and streamline our design process.

Emil Hell

Heat Pumps Proposal Manager , Siemens Energy

Mitsubishi Electric Research Laboratories has worked with Modelon for many years, both in using its libraries to model vapor compression cycles and HVAC equipment, and for providing consulting and support for Modelica tools. We have always enjoyed working with them because they provide friendly and prompt support, as well as keen insights that help us improve our model-based processes.

Christopher Laughman

Senior Principal Research Scientist and Senior Team Leader, Multiphysical Systems.

Mitsubishi Electric Research Laboratories

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Helping you succeed beyond the platform

You’ve got ambitious projects that need the right expertise. We’ve got the experience to steer you in the right direction. From our world-class modeling experts to instructor-led and self-guided training, we’re here to guide you to success.

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World Class Support

Always at hand to help our customers be at their most productive.

Industry Experts

Deep industry knowledge and specialization to help with the most niche applications.

Ready to make an impact with system simulation?

Get in touch today to see how Modelon Impact can help you with your system simulation and product design journey.

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