CEDAR: Climate & Energy Diagnostics for Applied Refrigeration

CEDAR: Climate & Energy Diagnostics for Applied Refrigeration connects climate data to refrigeration physics and energy performance for both COP and SHR workflows.

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Quick Start

New to the platform? Learn installation, dependencies, and core concepts in minutes (COP + SHR).

Getting started
COP, SHR, ECOP, CDD/eCDD

Explore COP, SHR, ECOP (COP × SHR), and CDD/eCDD workflows with worked examples.

COP quickstart
Examples (Learn by doing)

Run the COP and SHR Python examples to generate charts and CSVs in examples/outputs/.

Examples (Python scripts)
Cedar walkthrough (notebook-based)

A narrative tutorial adapted from cedar.ipynb with additional figures and use cases.

Cedar walkthrough (from cedar.ipynb)

Highlights

  • COP: vectorized SingleFluidCOP plus low-level cop_single.

  • SHR: dew point → RH conversion or direct RH input via SensibleHeatRatioModel.

  • Examples: runnable Python scripts for both workflows (examples/).

  • Reproducible: tested APIs with coverage gates and Sphinx docs.

COP chart example SHR temperature–RH map Multi-refrigerant COP comparison ECOP surface