Simulink Power Distribution Modeling
Budget: ₹600 – ₹1,500 INR
I need a well-structured MATLAB Simulink model that accurately represents an electrical power distribution system. The goal is to see the behaviour of the network under different loading and fault scenarios, so the model has to include typical components—feeders, transformers, loads, protection devices—and allow easy parameter tweaking.
Here is what I’m expecting:
• A clean Simulink file (.slx) built with standard Simscape Power Systems blocks (or equivalent custom blocks, if they improve fidelity)
• Clear documentation inside the model explaining each subsystem, plus a short PDF or Word note that walks through set-up, assumptions, and how to rerun the scenarios I care about
• Sample simulation results for at least two cases: normal operating load flow and one disturbance or fault event, plotted directly in Simulink’s Scope or saved to MATLAB figures for quick review
Accuracy and readability are more important to me than exotic add-ons; keep the block naming intuitive and adhere to good modeling practice so I can hand the file to colleagues without extra explanations. If you already have experience modelling power distribution networks—especially with Simscape—you’ll likely finish this quickly.
Here is what I’m expecting:
• A clean Simulink file (.slx) built with standard Simscape Power Systems blocks (or equivalent custom blocks, if they improve fidelity)
• Clear documentation inside the model explaining each subsystem, plus a short PDF or Word note that walks through set-up, assumptions, and how to rerun the scenarios I care about
• Sample simulation results for at least two cases: normal operating load flow and one disturbance or fault event, plotted directly in Simulink’s Scope or saved to MATLAB figures for quick review
Accuracy and readability are more important to me than exotic add-ons; keep the block naming intuitive and adhere to good modeling practice so I can hand the file to colleagues without extra explanations. If you already have experience modelling power distribution networks—especially with Simscape—you’ll likely finish this quickly.