Pinned Repositories
Current-Magnitude-Limited-Inverter-Control
Contains the code used to generate the results of the paper "Optimal Control of Grid-Interfacing Inverters with Current Magnitude Limits"
DeepOPF-V
A fork of @wanjunhuang's repository for the DeepOPF-V machine learning approach to solving AC optimal power flow. This is part of a repository being used to compare different machine learning approaches to AC OPF using datasets generated with OPF-Learn.
dvoc_model
Simple Python modelling of dispatchable virtual oscillator control
f411-rtic
Messing around with setting up a STM32F411re board for inverter control starting from @kalkyl's f411-rtic repo
opflearn
A Python interface package for OPFLearn.jl
Safe-Current-Magnitude-Limit-Inverter-Control
Contains the code used to generate the results of the paper "Safe Control of Grid-Interfacing Inverters with Current Magnitude Limits"
STABILITY-Grid-Sim
A web browser game that teaches the player how the load-generation balancing works in an alternating current electrical power system as they try to maintain the frequency of the grid through progressively harder disturbances and grid conditions.
STABILITY-Grid-Survival-Sim
STABILITY is a web browser game that teaches the player how the load-generation balancing works in an alternating current electrical power system as they try to maintain the frequency of the grid through progressively harder disturbances and grid conditions.
TragerJoswig-Jones
TragerJoswig-Jones.github.io
Trager Joswig-Jones's portfolio webpage
TragerJoswig-Jones's Repositories
TragerJoswig-Jones/Current-Magnitude-Limited-Inverter-Control
Contains the code used to generate the results of the paper "Optimal Control of Grid-Interfacing Inverters with Current Magnitude Limits"
TragerJoswig-Jones/Safe-Current-Magnitude-Limit-Inverter-Control
Contains the code used to generate the results of the paper "Safe Control of Grid-Interfacing Inverters with Current Magnitude Limits"
TragerJoswig-Jones/DeepOPF-V
A fork of @wanjunhuang's repository for the DeepOPF-V machine learning approach to solving AC optimal power flow. This is part of a repository being used to compare different machine learning approaches to AC OPF using datasets generated with OPF-Learn.
TragerJoswig-Jones/opflearn
A Python interface package for OPFLearn.jl
TragerJoswig-Jones/STABILITY-Grid-Survival-Sim
STABILITY is a web browser game that teaches the player how the load-generation balancing works in an alternating current electrical power system as they try to maintain the frequency of the grid through progressively harder disturbances and grid conditions.
TragerJoswig-Jones/TragerJoswig-Jones.github.io
Trager Joswig-Jones's portfolio webpage
TragerJoswig-Jones/dvoc_model
Simple Python modelling of dispatchable virtual oscillator control
TragerJoswig-Jones/f411-rtic
Messing around with setting up a STM32F411re board for inverter control starting from @kalkyl's f411-rtic repo
TragerJoswig-Jones/STABILITY-Grid-Sim
A web browser game that teaches the player how the load-generation balancing works in an alternating current electrical power system as they try to maintain the frequency of the grid through progressively harder disturbances and grid conditions.
TragerJoswig-Jones/TragerJoswig-Jones