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The centrifugal pump selection software takes into account factors such as the flow rate, pressure, temperature of the fluid to be transported, the properties of the fluid, the required head, the net positive suction head, as well as the efficiency requirements. By utilizing information on centrifugal pumps provided by manufacturers, it selects the appropriate pump, determines its parameters, generates performance curves for the pump, and produces a pump selection report. Features of the dual-mode simulation control pump selection software: Saves time during the selection and quotation process for centrifugal pumps, reduces errors, and improves work efficiency ； The two-phase simulation is equipped with a fluid database and various property calculation methods to determine the state and physical properties of pure and mixed fluids, such as density, viscosity, bubble point pressure, etc., thereby reducing the burden on users to provide these property values and improving work efficiency ； Bistatic simulation can plot the pump performance curves at various rotational speeds and impeller diameters specified by the user ； Bistatic simulation allows users to conduct dynamic and static simulation tests in the actual flow circuit after installation, thereby avoiding various issues that may arise after installation such as oversized or undersized components and cavitation, and generating various chart reports ； Bistatic simulation supports the selection of centrifugal pumps in series and parallel configurations, as well as dynamic and static simulation tests ； Bistatic simulation supports simulated testing of variable-frequency drive operation for centrifugal pumps as well as analysis and comparison of power consumption ； By leveraging the product information from centrifugal pump manufacturers, customized services are provided to meet the specific requirements of equipment manufacturers ； It can generate standard and customized selection reports in various formats such as Excel, PDF, and DOC. Supports Chinese, English, and bilingual Chinese-English versions. Comparison of frequency modulation control for driving pumps versus valve control for flow regulation: Analysis and comparison of pump power consumption