Energy — Energy Data Normalization and Quality Assurance Pipeline
FreeThis DAG ensures the normalization and quality of energy data for reliable analysis. It implements stringent quality controls and maintains data traceability to meet compliance standards.
Overview
The primary purpose of this DAG is to normalize ingested energy data while applying predefined quality tests to ensure reliability and compliance. The data sources include energy consumption logs, sensor data from smart meters, and historical energy usage records. The ingestion pipeline begins with extracting these data sources, followed by a series of processing steps that include data validation, normalization, and quality checks. During the transformation phase, the DAG applies business rules
The primary purpose of this DAG is to normalize ingested energy data while applying predefined quality tests to ensure reliability and compliance. The data sources include energy consumption logs, sensor data from smart meters, and historical energy usage records. The ingestion pipeline begins with extracting these data sources, followed by a series of processing steps that include data validation, normalization, and quality checks. During the transformation phase, the DAG applies business rules to standardize data formats and values, ensuring consistency across datasets. Quality controls are integrated at each step to verify adherence to safety and privacy standards, with specific Key Performance Indicators (KPIs) monitored, such as compliance rates and processing times. The processed data is then cataloged and historical records are maintained for traceability. Outputs include normalized datasets ready for analysis, compliance reports, and quality assurance documentation. This DAG not only enhances data quality but also provides significant business value by enabling accurate analytics and reporting, which supports informed decision-making in the energy sector.
Part of the Document Automation solution for the Energy industry.
Use cases
- Improved data quality leading to better analytical insights
- Enhanced compliance with industry regulations and standards
- Increased operational efficiency through automation
- Reduced risk of data-related errors in reporting
- Facilitated decision-making based on reliable data
Technical Specifications
Inputs
- • Energy consumption logs
- • Sensor data from smart meters
- • Historical energy usage records
Outputs
- • Normalized energy datasets
- • Compliance reports
- • Quality assurance documentation
Processing Steps
- 1. Extract data from energy consumption logs
- 2. Validate incoming data against predefined rules
- 3. Normalize data formats and values
- 4. Apply quality checks for compliance
- 5. Catalog normalized data for traceability
- 6. Generate compliance reports
- 7. Output quality assurance documentation
Additional Information
DAG ID
WK-0913
Last Updated
2025-06-24
Downloads
82