End-to-End Examples¶
These examples provide detailed explorations of specific API features and workflows. Use them to deepen your understanding of SolarFarmer capabilities beyond the Quick Start Examples.
Quick Reference¶
| Example | Purpose | Workflow | Audience |
|---|---|---|---|
| Using the About and Service Endpoints | Understand API capabilities and system information | All | Everyone |
| Running 2D and 3D Calculations | Learn the functionality when working with synchronous and asynchronous energy calculations | Workflow 1 | Loading and working with existing calculations |
| Creating Plants with PVSystem | Master plant design with the PVSystem class | Workflow 2 | Designing new plants |
| Creating Plants with EnergyCalculationInputs | Build flexible plant configurations with Pydantic model payloads | Workflow 3 | Advanced integration and batch processing |
| Terminating Asynchronous Calculations | Manage long-running 3D calculations | Workflow 3 | Advanced integration and async 3D workflows |
Using the About and Service Endpoints¶
Notebook: Example_About_Service_endpoints.ipynb
Topics Covered:
- Querying API capabilities and version information
- Understanding service status, typical API key errors and SolarFarmer features
Use this when: You need to verify API compatibility, check available features, or understand system capabilities before running calculations.
Running 2D and 3D Calculations¶
Notebook: Example_EnergyCalculations.ipynb
Topics Covered:
- 2D synchronous calculations with the ModelChain endpoint
- 3D asynchronous calculations with the ModelChainAsync endpoint
- Accessing and comparing results between approaches
- Handling calculation responses and error cases
Use this when: You're working with Workflow 1 (existing API files) and want to understand different calculation methods and their results in detail.
Creating Plants with PVSystem¶
Notebook: Example_PVSystem.ipynb
Topics Covered:
- Building plant designs from scratch
- Configuring modules, inverters, and mounting systems
- Setting up weather data and location information
- Advanced plant parameters (bifacial modules, trackers, soiling patterns)
Use this when: You're following Workflow 2 (PVSystem design) and need detailed guidance on plant configuration options and best practices.
Creating Plants with EnergyCalculationInputs¶
Notebook: Example_Compose_Plant.ipynb
Topics Covered:
- Building structured JSON payloads with
EnergyCalculationInputsandPVPlant - Flexible plant configuration through composable Pydantic models
- Integrating with custom databases and data models
- Preparing payloads for batch processing
Use this when: You're following Workflow 3 (advanced integration) and integrating SolarFarmer with your own systems or processing multiple projects.
Terminating Asynchronous Calculations¶
Notebook: Example_TerminateAsync_endpoint.ipynb
Topics Covered:
- Managing long-running 3D calculations
- Cancelling asynchronous jobs safely
- Monitoring calculation status
Use this when: You're following Workflow 3 (advanced integration) and need to manage multiple asynchronous calculations or cancel long-running jobs.
Learning Path¶
Foundation (Optional but Recommended):
Review Using the About and Service Endpoints to understand API capabilities
Then Choose Your Workflow:
| Workflow 1: Existing Files |
Workflow 2: Design Plants |
Workflow 3: Advanced Integration |
|---|---|---|
| Start with Quick Start Example 1 Deepen with Running 2D and 3D Calculations Explore Workflow 1 Docs |
Start with Quick Start Examples 2-5 Master design with Creating Plants with PVSystem Explore Workflow 2 Docs |
Start with Quick Start Example 6 Build payloads with Creating Plants with EnergyCalculationInputs Manage async with Terminating Async Calculations Explore Workflow 3 Docs |
Back to Quick Start¶
If you prefer a hands-on approach with complete workflows, see the Quick Start Examples for ready-to-run code covering real-world scenarios.
Next Steps¶
- Review the API Reference for detailed class and function documentation
- Explore the Getting Started Workflows for step-by-step guidance
- Browse SolarFarmer Desktop for visual plant design
- Contact support: solarfarmer@dnv.com