skypro 2.0.1

Skyprospector by Cepro

Skypro

Skypro is a collection of simulation and reporting tools for microgrids.

Simulation CLI tool

The Skypro simulator can project microgrid behaviours, costs and revenues. This tool is run on the command line using skypro simulate. See src/skypro/commands/simulator/README.md for more information.

Reporting CLI tool

The Skypro reporting tool collates data to documents and analyse real-world performance of microgrids. This tool is run on the command line using skypro report. See src/skypro/commands/report/README.md for more information.

Reporting web app - DEPRECATED

The Skypro reporting web app makes reporting results accessible to non-cli users. It is now deprecated. This is run using Streamlit. See src/skypro/reporting_webapp/README.md for more information.

Rates and energy flows

Information about the costs and revenues associated with using power are fundamental to the codebase and a high-level understanding of how they are modelled is important for interpreting results. See src/skypro/common/rates/README.md for a background on how rates and energy flows are modelled in the codebase.

Environment configuration

Skypro uses a JSON 'environment file' to contain general directory configurations as well as secrets. By default Skypro looks for the environment file in ~/.simt/env.json, but the location can be customised with the --env command line option.

The structure of this file should be as follows:

{
    "vars": {
        "DIR_SHORTCUT_1": "/path/to/some/working/directory",
        "DIR_SHORTCUT_2": "/path/to/another/working/directory"
    },
    "flows": {
      "dbUrl": "url-with-credentials-for-the-flows-database"
    },
    "flux": {
      "dbUrl": "url-with-credentials-for-the-flux-database",
      "schema": "flux"
    },
    "rates": {
      "dbUrl": "url-with-credentials-for-the-rates-database"
    }
}

The vars section allows you to define arbitrary variables that are resolved in configuration file paths. For example, if you're configuring a simulation run and all the load profiles are in a certain directory, then you could configure a variable like "PROFILE_DIR": "~/myprofiles", and then anywhere you use $PROFILE_DIR in the configuration it will be resolved appropriately.

The flows section configures how to access the Flows database - this is only used if Skypro is configured to pull data from the Flows database (e.g., plot meter readings).

The flux section (added in v2.0.0) configures how to access the Flux database - this is used for meter readings, BESS readings, and market data. The optional schema field defaults to "flux". For legacy databases where all data is in the flows schema, set "schema": "flows".

The rates section configures how to access the Rates database - this is only used if Skypro is configured to pull data from a Rates database.

Installation

To install from test.pypi:

• pip3 install --upgrade --extra-index-url https://test.pypi.org/simple/ skypro

Development

Running tests

To run the tests: PYTHONPATH=src python -m unittest discover --start-directory src

Some of the tests akin to integration tests which run a whole simulation and check the results. To run an individual integration test directly: simulate --env src/tests/integration/fixtures/env.json --config src/tests/integration/fixtures/config.yaml -y --sim integrationTestPerfectHindsightLP

Publishing

To publish the repository to test.pypi:

1. Make your code changes
2. Update the semver version number in pyproject.toml
3. Commit to git and push
4. Run poetry build and observe the new version number
5. Run poetry publish -r test-pypi to publish

If this is your first time publishing to test.pypi then you will also need to do the following steps before publishing:

1. poetry config repositories.test-pypi https://test.pypi.org/legacy/
2. poetry config pypi-token.test-pypi pypi-YYYYYYYY using an API token from your account on the test.pypi website.