Project Overview
The Rankine cycle is a thermodynamic cycle-- where in a four node system there are typically two isentropic and two isobaric states.[1] The number of the these states in more complex cycles vary depending on the additional features of the system. This project requires the design of four non-ideal Rankine cycles as well as the dimensions required for the piping. All starting values are to be determined based on the system’s location-- the town of New Paltz.
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The verification of the calculated values are to be compared using hand calculations, Matlab, and CoolProp Excel. Additionally, a parametric study will be made on the effects of increased pump pressure, turbine power output, thermal efficiency, and total costs of the heat sources. Once all of the calculations are made, their total cost and efficiencies are compared in order to determine which of the systems is best fit to be used.
When the calculations are made and accounted for, it can be concluded that the high/low pressure system would be the most effective in regards to efficiency and cost. This system will allow for the most power to be generated, meeting the requirements in order to power the town of New Paltz.
When the calculations are made and accounted for, it can be concluded that the high/low pressure system would be the most effective in regards to efficiency and cost. This system will allow for the most power to be generated, meeting the requirements in order to power the town of New Paltz.