power-generation#

Capacity expansion of power generation#

Notebooks > Capacity expansion of power generation
capacity_expansion.ipynb Open In Colab Open In Deepnote Open In Kaggle Open In Gradient Open In SageMaker Studio Lab
Description: Models the extensive form of a deterministic multi-stage capacity expansion problem. In this model we can have multiple resources of the same type which have identical properties. The model can be further developed into a stochastic one.
Tags: ampl-only, energy, planning, mip, power-generation
Author: Gyorgy Matyasfalvi (15 notebooks) <gyorgy@ampl.com>

Hydrothermal Scheduling Problem with Conic Programming#

Notebooks > Hydrothermal Scheduling Problem with Conic Programming
hydrothermal.ipynb Open In Colab Open In Deepnote Open In Kaggle Open In Gradient Open In SageMaker Studio Lab
Description: Hydrothermal Scheduling Problem using Second-Order Cones
Tags: amplpy, conic, second-order-cone, quadratic-cone, nonlinear-programming, scheduling, engineering, power-generation, geothermal-energy, hydropower
Author: Gleb Belov (8 notebooks) <gleb@ampl.com>

Unit Commitment for Electrical Power Generation#

Notebooks > Unit Commitment for Electrical Power Generation
unit_commitment.ipynb Open In Colab Open In Deepnote Open In Kaggle Open In Gradient Open In SageMaker Studio Lab
Description: This notebook illustrates the power generation problem using AMPL. The original version featured the Gurobi solver. By default, this notebook uses the HiGHS and CBC solvers.
Tags: amplpy, energy, power-generation, unit-commitment
Author: Gyorgy Matyasfalvi (15 notebooks) <gyorgy@ampl.com>