Data for: Thermodynamic simulation and mathematical model for single and double flash cycles of Cerro Prieto geothermal power plants

Published: 09-08-2019| Version 1 | DOI: 10.17632/czwg62pyx7.1
Contributors:
Emilio Hernandez,
José Isaac Cisneros Solís,
María del Carmen Prieto Avalos,
Patricia Avitia

Description

The data reported in this article represents the net power output and thermal efficiency data for Cerro Prieto geothermal power plants, located in Mexicali, México. A single flash and double flash cycle have been selected for power generation at this facility. The single flash net power output and the thermal efficiency data includes eight main components: Well temperature (°C), Separator pressure (kPa), Condenser pressure (kPa), Turbine’s power (kW), Phase Fraction, Mass Flow (kg/h), Energy input (kW) and Energy output (kW). Whereas the double flash net power output and the thermal efficiency data includes eight main components: Well temperature (°C), High-pressure separator (kPa), Low-pressure separator (kPa), Condenser pressure (kPa), Turbine’s power (kW), Phase Fraction, Mass Flow (kg/h), Energy Input (kW) and Energy output (kW).

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