Abstract: A method of computer-based simulation of a cooling system includes receiving configuration data for a heat exchanger of the cooling system, customizing the configuration data for the heat exchanger; simulating cooling system performance by processing the customized configuration data through a model of the cooling system, and generating simulated cooling system performance data, based on the simulating, for evaluating operation of the cooling system.

Abstract: A system and method for configuring a condensing unit for a cooling system includes inputting one of a cooling system characteristic, a condensing unit characteristic and a compressor characteristic for the cooling system, applying embedded design rules and accessing a condensing unit database of component attributes and their relationships. A base condensing unit is determined based on the one of a cooling system characteristic, a condensing unit characteristic and a compressor characteristic for the cooling system. The method further includes selecting various accessories of the condensing unit for customizing the base condensing unit based on the particular application.

Abstract: A method of computer-based simulation of a cooling system includes inputting condenser parameters, evaporator parameters and compressor parameters for the cooling system and processing the condenser parameters, the evaporator parameters and the compressor parameters through a model of the cooling system. A flow control device is selected based on an output of the model.

Abstract: A system and method of computer-based configuration of a condensing unit for a cooling system is provided. A list of condensing units is generated based on a selected starting path. A condensing unit is selected from the list of condensing units and reconfigured based on desired criteria. The starting paths include a change an existing product path, a search by own specification path, and a cross competitive product path.