Key Features
Major features include capabilities to:Compare DX system models
Compare residential DX system model implementations and evaluate differences in predicted performance.
Develop and validate new models
Support new model development workflows, including work toward unified models for RESNET software tools.
Calculate standard efficiency ratings
Calculate standard efficiency ratings (e.g., AHRI 210/240) and perform inverse calculations of gross efficiencies from rated efficiencies.
Generate ASHRAE 205 representations
Generate ASHRAE 205-compliant representations for use in interoperable workflows.
Developer-friendly setup and testing
Requires Python 3.8+ and Poetry. Install with `poetry install`. Run tests with `poetry run doit`.
Designed For
ResDX supports a range of advanced modeling and development tasks, including:- Comparing performance across DX system models
- Developing and testing new modeling approaches (such as unified models for RESNET tools)
- Calculating standard efficiency ratings (e.g., AHRI 210/240)
- Performing inverse calculations to derive gross efficiencies from rated values
- Generating ASHRAE 205-compliant representations
Development Setup
ResDX is intended for use within a Python development environment.
Requirements:- Python 3.8 or newer
- Poetry
- Install dependencies: poetry install
- Run tests: poetry run doit
