Stand-alone power system sizing model
A Python model that brute-forces the minimum solar and battery system required to supply an inputted load profile. The model considers varying solar output and simulates the battery charge over a given year.
Hi! I'm Matt, a Sydney-based electrical (power) engineer who specialises in network modelling, cost-benefit analyses, and investment decision-making. I am also proficient in Python and VBA and have developed numerous scripts to solve difficult tasks and increase efficiency.
I have worked in the electrical utility industry for over nine years and I'm currently the Forecasting & Planning Engineer at Endeavour Energy.
A Python model that brute-forces the minimum solar and battery system required to supply an inputted load profile. The model considers varying solar output and simulates the battery charge over a given year.
Suite of cost-benefit analysis Excel & VBA models used to justify distribution network investments to alleviate. The suite has e.g. overloaded asset, overloaded feeder and ringing in spurs models.
A Python script that iterates over PowerFactory distribution models and identifies the upstream protective devices of distribution assets and the peak load lost if the asset is faulty.
Outputs of the script are primarily used to accurately calculated unserved energy.
A Python script to compare two Google Earth files (KMZs or KMLs) and output a new KMZ containing the placemarks that are common between the two inputted KMZs.
The script was utilised to identify areas of the network where there were repeated and/or uncleared vegetation defects.