? AI-Augmented Renewable Forecasting Infrastructure - Complete Guide
Engineering design of scalable, auditable forecasting pipelines β from sensor fusion (sky cameras, SCADA, NWP) to model versioning, uncertainty quantification, and ISO dispatch interface compliance.
Engineering Workflow
AI-Augmented Renewable Forecasting Infrastructure - Complete Guide
A system that uses AI to predict how much wind or solar power a plant will generate β combining weather cameras, turbine...
Quick Start
Knowledge Base
15 pagesCore Engineering
1Advanced Topics
1Key Concepts
Visual overview of key concepts and their relationships
Real Projects
4 casesCAISO Zone 12 Solar Ramp Event Mitigation
2.1 GW solar portfolio across Central Valley, CA
ERCOT South Texas Wind Farm Forecast Recalibration
850 MW offshore-adjacent wind farm near Corpus Christi
PJM Interconnection Forecast Audit Trail Implementation
1.4 GW distributed solar + storage portfolio across PA/NJ/DE
Hawaii Island Microgrid Solar Forecast Hardening
Maui Smart Grid Initiative β 100% renewable target by 2030
Downloads
6 resourcesCAISO Form 42 Forecast Payload Schema v4.3 (XSD + JSON Schema)
xmlFERC Order 888 Audit Trail Checklist (PROV-O Edition)
checklistIEC 61400-25-4 Wind Forecast Interface Compliance Template
excelIEEE 1547-2018 Annex J Forecast Integration Guideline (Annotated)
pdfSky Camera Calibration Certificate Generator (NIST-Traceable)
excelMLflow + Git LFS Model Versioning Playbook (FERC-Compliant)
guideLearning Path
22 lessonsMaster AI-Augmented Renewable Forecasting Infrastructure through a structured learning path β from fundamentals to advanced applications.
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