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Optimization of Hybrid Power Plants: When Is a Detailed Electrolyzer Model Necessary?

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Name		Name	Last commit message	Last commit date
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Input.jl		Input.jl
Online_Companion.pdf		Online_Companion.pdf
README.txt		README.txt
Three_States_Storage_ON_OFF.jl		Three_States_Storage_ON_OFF.jl
Three_States_Storage_ON_OFF_STANDBY.jl		Three_States_Storage_ON_OFF_STANDBY.jl
Three_States_Storage_ON_SB.jl		Three_States_Storage_ON_SB.jl
find_current.jl		find_current.jl
scenario_data_2019.xlsx		scenario_data_2019.xlsx

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# detailed-electrolyzer-model
# Online Companion: Optimization of Hybrid Power Plants: When Is a Detailed Electrolyzer Model Necessary?

Electronic companion for the research paper "Optimization of Hybrid Power Plants: When Is a Detailed Electrolyzer Model Necessary?"
This repository contains the supplementary material for the paper "Optimization of Hybrid Power Plants: When Is a Detailed Electrolyzer Model Necessary?". 
This is joint work by Manuel Tobias Baumhof, Enrica Raheli, Andrea Gloppen Johnsen, and Jalal Kazempour.

In this repository, we provide:
   1. The source code implemented in Julia using Gurobi.
   2. The xlsx file that containts the data of the case study.
   2. The pdf "Online Companion" with the model formulations with two states (On-Standby and On-Off).