DSIMAC is a modeling platform that seamlessly combines steady-state and dynamic modeling together by using modern objective programming language C++. It serves the industrial needs of an integrated steady state and transient vapor compressor simulation tool. In the aspect of static simulation, it aid engineers to select HVAC equipment components according to system requirements and optimization analysis. In other aspect of dynamic simulation, one can develop control algorithms by integrating dynamic model from DSIMAC into control system (MIL) and software system (SIL).
Platform modeling based on graphical modules
Applications include household air conditioning heat pumps, multi-split systems, heat pump water heaters, air-cooled heat pumps, chillers, etc.
Unified simulation and calculation for cooling and heating
Unified simulation and calculation for steady-state and dynamic states
Multi-condition analysis (extension or library of template system)
Optimization and control analysis within the platform
Multifunctional parameter analysis
Powerful and fast-reliable computation algorithms (Broyden combined with Newton-Raphson)
Support for switching between Chinese and English interfaces, and between SI and English units
Support for universal FMU output for developing control algorithms
Introduction of Simulation Platform for HVACR
Application in heat pumps, split systems, heat pump water heater, air-cooled heat pump, chillers
Optimization and control analysis within the platform
Unified simulation and calculation for cooling and heating
Unified simulation and calculation for steady-state and dynamic state
Multi-condition analysis (extension or library of template system)
Support for universal FMU output for developing control algorithms
