The user sets an “Efficiency Priority” on a scale from 0 to 10 to indicate whether maximum output or operational flexibility is more important for the specific project.
The software is often cited in the development of and feasibility studies for small-to-large scale hydroelectric projects. It helps in optimizing the project's Net Present Value (NPV) and Internal Rate of Return (IRR) by ensuring the turbine design matches the hydrological potential of the site. turbnpro kc4
The software takes into account varying flow rates (such as seasonal changes in river streams) and the hydraulic head (the vertical drop of the water) to estimate the capacity in kW. The user sets an “Efficiency Priority” on a
[Hydraulic Profile] ---> Net Head, Design Flow, Max/Min Flow [Penstock Geometry] ---> Diameter, Length, Pipe Material [Electrical Specs] ---> Generator Efficiency, Power Factor Automated Engineering Outputs The software takes into account varying flow rates
: It evaluates different turbine types like Francis , Kaplan , Pelton , Turgo , and Crossflow .
The application features a comprehensive and user guide. It details the fluid mechanics equations, empirical correction factors, and thermodynamic principles used to generate its recommendations. System Compatibility and Availability
The "KC4" designation specifically refers to the fourth-generation hardware revision, which includes a faster processor, a larger capacitive touchscreen, and upgraded internal memory for data logging.