Pinned Repositories
4-area-network
This repository contains the 4-area network in MATPOWER and pandapower formats
bayes_rescheduling
beer
core
:house_with_garden: Open source home automation that puts local control and privacy first.
DocumenterCitations.jl
DocumenterCitations.jl uses Bibliography.jl to add support for BibTeX citations and references in documentation pages generated by Documenter.jl.
Hydro-governor-fitting-toolbox
power-system-reliability-examples
This repository is meant to host some very simple examples on how to perform power system reliability analysis.
psse_models
Place where I gather my PSSE Python models.
SinFactory
Code for running powerfactory
vectorFitting
Python and MATLAB code for time domain vector fitting
Hofsmo's Repositories
Hofsmo/vectorFitting
Python and MATLAB code for time domain vector fitting
Hofsmo/SinFactory
Code for running powerfactory
Hofsmo/beer
Hofsmo/Hydro-governor-fitting-toolbox
Hofsmo/power-system-reliability-examples
This repository is meant to host some very simple examples on how to perform power system reliability analysis.
Hofsmo/psse_models
Place where I gather my PSSE Python models.
Hofsmo/SintPowerGraphs.jl
Library for performing graph operations on power systems
Hofsmo/4-area-network
This repository contains the 4-area network in MATPOWER and pandapower formats
Hofsmo/bayes_rescheduling
Hofsmo/core
:house_with_garden: Open source home automation that puts local control and privacy first.
Hofsmo/DocumenterCitations.jl
DocumenterCitations.jl uses Bibliography.jl to add support for BibTeX citations and references in documentation pages generated by Documenter.jl.
Hofsmo/dotfiles
Place to store dotfiles
Hofsmo/DynPSSimPy
Repository for dynamic power system simulation in Python.
Hofsmo/ElkPower
Hofsmo/Example
Example repository created for the friday colloquium at NTNU
Hofsmo/ipsl
The iTesla Power System Library is a Modelica library developed as part of the iTesla project. The library contains a set of power system component models for phasor time domain simulations.
Hofsmo/iTesla_RaPId
iTesla RaPId (a recursive acronym for "Rapid Parameter Identification") utilizes different optimization and simulation technologies to provide a framework for model validation and calibration of any kind of dynamical systems, but specifically catered to power systems.
Hofsmo/MATLAB-models
Place where I store my MATLAB models
Hofsmo/minimalt-eksempel
Minimalt eksempel for Beamer
Hofsmo/optimal-floor-heating
Package for calculating optimal floor heating given a price forecast
Hofsmo/plots
My plots
Hofsmo/PowerModels.jl
A Julia/JuMP Package for Power Network Optimization
Hofsmo/PowerSimulationsDynamics.jl
Julia package to run Dynamic Power System simulations. Part of the Scalable Integrated Infrastructure Planning Initiative at the National Renewable Energy Lab.
Hofsmo/presentations
Place to store beamer presentations
Hofsmo/PyPiW
Testing stuff
Hofsmo/sigurdsjuliaregistry
Registry for my julia packages
Hofsmo/SintPowerCase.jl
Package for loading power system data into dataframes in a format similar to MATLAB
Hofsmo/Stochastic-loads
Stochastic loads for modelica
Hofsmo/surtr
Package for determining optimal heating schedule given price and weather forecast.
Hofsmo/turb_fit
Functions useful for hydro turbine identification