Power systems
Load hosting capacity of a transmission network
Estimates how much additional load each bus of the IEEE 24-bus system can host, using a DC optimal power flow model, and maps the results across the network.
These are complete, worked projects that show the methods I apply to real planning problems. Each one is documented in detail, with the full write-up published in Persian on optexpert.org.
Power systems
Estimates how much additional load each bus of the IEEE 24-bus system can host, using a DC optimal power flow model, and maps the results across the network.
Power systems
Chooses where to place energy storage on a transmission network so that less wind and solar output is curtailed, tested on standard IEEE test systems.
Power systems
Finds the maximum EV charging load each bus of a distribution feeder can take under several adoption scenarios and charging profiles, without violating voltage or thermal limits.
Energy
Optimal dispatch of rooftop solar, household and shared batteries, and bidirectional EV charging in a 75-home community, within the feeder capacity and with peak reduction.
Energy
Sizes and schedules hourly operation of a wind, solar, battery and desalination system over a five-year horizon, minimizing cost and carbon emissions.
Logistics
When a new order arrives or data changes, only the remaining part of each route is re-planned, quickly enough to use during operations.
Healthcare
Rosters physicians and residents with full shift coverage, rest after night shifts, limits on working days, fair distribution of nights and continuity of care.
Workforce
Assigns candidates to positions and schedules training to close skill gaps, within hiring and training budgets and a readiness deadline.
Most of these models can be adapted to your rules and data as a fixed-scope pilot.