EES Code for a Solar-Assisted Double-Flash Geothermal Trigeneration System
Description
This dataset supports the research article entitled “Thermal Integration and Multi-Objective Optimization of a Solar-Assisted Double-Flash Geothermal Trigeneration System for Power, Cooling, and Freshwater Production.” The dataset contains the Engineering Equation Solver (EES) code developed for modeling and analyzing the proposed solar-assisted double-flash geothermal trigeneration system. The code includes the required input parameters, thermophysical properties, assumptions, governing equations, mass and energy balances, exergy relations, component models, and thermodynamic and exergoeconomic calculations. The EES model integrates the double-flash geothermal plant, parabolic-trough solar collector field, multi-effect desalination unit, and cascade absorption power–ejector refrigeration cycle. It can be used to reproduce the system’s principal performance results and conduct parametric, sensitivity, and optimization analyses by modifying the defined operating variables and constraints. Access to the Engineering Equation Solver software is required to open, execute, or modify the deposited code.
Files
Institutions
- University of TabrizEast Azerbaijan, Tabriz