2023 Jun Release Candidate #0

2023 Jun Release Candidate #0

Start with our online documentation to get started with install instructions, examples, etc.

What's Changed

• Require Prescient 2.2.2 or higher by @bknueven in #193
• Set up optional dependencies by @lbianchi-lbl in #194
• Dynamic Surrogates for Case Studies by @Xinhe-Chen in #163
• Solar PV unit model by @dguittet in #196
• Use rts_gmlc data package for Double Loop by @lbianchi-lbl in #183
• Update RAVEN and TEAL optional dependencies to May 2023 releases by @lbianchi-lbl in #201
• Temporarily require IDAES 2.0/Pyomo 6.5 until IDAES 2.1/Pyomo 6.6 failures are resolved by @lbianchi-lbl in #203
• Add steady state surrogates code by @radhakrishnatg in #142
• Use CBC in NE double loop notebook by @radhakrishnatg in #202
• Add more tests to dynamic surrogates by @Xinhe-Chen in #206
• RE Optimization w/ Dynamic Surrogates by @dguittet in #172

Full Changelog: 1.2.0...1.3.0rc0

2023 Mar Release

2023 Mar Release

Start with our online documentation to get started with install instructions, examples, etc.

What's Changed

• Update IDAES to 2.0.0rc0 by @lbianchi-lbl in #175
• Updates for copyright 2023 by @ksbeattie in #174
• Drop support for Python 3.7 by @lbianchi-lbl in #182
• Fix RE tests by @dguittet in #185
• updates to the FE case models with new Pyomo by @nareshsusarla in #179
• Update CI infrastructure for Jupyter notebooks to dispatches-nbcheck 0.2.x by @lbianchi-lbl in #189
• Address RE DoubleLoopOptimization.ipynb timeouts (clone of #181) by @lbianchi-lbl in #190
• Raven and Teal integration by @radhakrishnatg in #177

Full Changelog: 1.1.0...1.2.0

2022 Dec Release

2022 Dec Release

Start with our online documentation to get started with install instructions, examples, etc.

What's Changed

• Update README with instructions on accessing example notebooks by @lbianchi-lbl in #133
• Repo reorganization by @radhakrishnatg in #134
• updated gdpopt solver call by @nareshsusarla in #141
• Pin pandas<1.5 by @bknueven in #146
• DoubleLoopOptimization: reduce runtime for CI by @dguittet in #138
• Make DISPATCHES compatible with IDAES 2.0 by @radhakrishnatg in #151
• Update dispatches-sample-data requirements by @lbianchi-lbl in #152
• Update the NE flowsheet to use the new MultiPeriodModel class in IDAES by @radhakrishnatg in #143
• Double loop Notebooks compatible w/ idaes 2.0 by @dguittet in #155
• Idaes2update by @nareshsusarla in #156
• Update notebook checks by @dguittet in #158
• Add Concrete TES unit model by @radhakrishnatg in #100
• Documentation for steady-state surrogate by @Xinhe-Chen in #107
• Update idaes-pse requirement to 2.0.0bx by @lbianchi-lbl in #164
• Add CI workflow to test RAVEN integration by @lbianchi-lbl in #157
• Retype Generators Correctly by @bknueven in #169

New Contributors

• @bknueven made their first contribution in #146
• @Xinhe-Chen made their first contribution in #107

Full Changelog: 1.0.0...1.1.0

2022 Jun Release

2022 Jun Release

Start with our online documentation to get started with install instructions, examples, etc.

Highlights of this release:

• Updated unit models for hydrogen turbine, PEM electrolyzer, electrical splitter
• Added a “simple hydrogen tank” model which tracks mass balance in linear form, but not enthalpy balance.
• Updated the flowsheet model for the nuclear case study with the updated unit models
• Added four models for the conceptual design and operation optimization of an energy-integrated ultra-supercritical thermal power generator
• Updated IDAES verison
• Adding RTS-GMLC dependency
• Update RE flowsheet models
• Added script for running RE double loop
• Added utilities for post-processing Double loop results files
• Added nine Jupyter notebooks to illustrate:
  1. Modeling and analysis of an ultra-supercritical thermal power generator
  2. Conceptual design of an ultra-supercritical generator integrated with an energy storage system using Generalized Disjunctive Programming (GDP)
  3. Modeling and analysis of the energy-integrated ultra-supercritical generator obtained from the GDP formulation
  4. Market analysis with a pricetaker assumption using the integrated ultra-supercritical generator model
  5. Double loop analysis with ultra-supercritical generator
  6. Conceptual design of a low temperature electrolysis unit integrated with a base-load nuclear power plant
  7. Use of IDEAS grid integration tools simulation of nuclear-based IES with the double-loop workflow
  8. Conceptual design of wind, battery, and hyrdogen IES
  9. Use of IDEAS grid integration tools simulation of renewables-based IES with the double-loop workflow

Full Changelog: 0.1.0...1.0.0

0.1.0 July (internal) release

0.1.0 July (internal) release

A purely internal release of DISPATCHES