
Hannah Goerigk developed and maintained the RWTH-EBC/districtgenerator repository, focusing on scalable energy systems modeling and robust configuration management. Over eight months, she engineered features for multi-scenario data generation, integrated climate-zone data for refined cooling load calculations, and enhanced configuration flexibility using Python and Pydantic. Her work included refactoring core modules, improving documentation, and implementing multiprocessing for efficient data handling. By addressing critical bugs and aligning calculations with DIN standards, Hannah improved simulation accuracy and deployment reliability. Her contributions enabled more accurate district energy simulations, streamlined onboarding, and supported scenario-based analysis, demonstrating depth in backend development and data engineering.
February 2026 monthly summary for RWTH-EBC/districtgenerator. Focused on delivering scalable data processing and refined cooling load calculations using climate-zone data integration. Two main features shipped with concrete commits, along with code quality improvements and enhanced data enrichment to support larger datasets and more accurate modeling.
February 2026 monthly summary for RWTH-EBC/districtgenerator. Focused on delivering scalable data processing and refined cooling load calculations using climate-zone data integration. Two main features shipped with concrete commits, along with code quality improvements and enhanced data enrichment to support larger datasets and more accurate modeling.
January 2026 monthly summary for RWTH-EBC/districtgenerator: Delivered core improvements in energy modeling, configuration management, and KPI robustness. The primary business value is improved accuracy of district energy simulations, actionable KPI insights, and greater flexibility for scenario-based analysis, enabling better decision-making and budgeting across projects.
January 2026 monthly summary for RWTH-EBC/districtgenerator: Delivered core improvements in energy modeling, configuration management, and KPI robustness. The primary business value is improved accuracy of district energy simulations, actionable KPI insights, and greater flexibility for scenario-based analysis, enabling better decision-making and budgeting across projects.
October 2025 performance summary for RWTH-EBC/districtgenerator: Delivered a critical bug fix addressing device config parameter handling and profile generation formatting, enabling reliable multi-device parameterization and consistent data formatting across devices (HP, BOI, PV, STC, TES, EV). The change reduces configuration drift and downstream errors in profile generation.
October 2025 performance summary for RWTH-EBC/districtgenerator: Delivered a critical bug fix addressing device config parameter handling and profile generation formatting, enabling reliable multi-device parameterization and consistent data formatting across devices (HP, BOI, PV, STC, TES, EV). The change reduces configuration drift and downstream errors in profile generation.
September 2025 performance summary for RWTH-EBC/districtgenerator: Key features delivered, major bug fixes, and impact on reliability and business value. Delivered robust config management, dataset expansion, and documentation improvements; laid groundwork for scalable configuration and scenario testing.
September 2025 performance summary for RWTH-EBC/districtgenerator: Key features delivered, major bug fixes, and impact on reliability and business value. Delivered robust config management, dataset expansion, and documentation improvements; laid groundwork for scalable configuration and scenario testing.
Month: 2025-08 — Districtgenerator (RWTH-EBC) delivered multi-scenario configuration capabilities and calendar-based heating configuration, enabling scalable scenario planning and more accurate demand/profile generation. Key outcomes include scenario_name support loaded from global config and applied during generation; refactoring to support multiple configurations via CalendarConfig for holidays and heating seasons; heating period considerations integrated into heating_profile_5R1C; documentation and examples enhanced; tests updated with new configs.
Month: 2025-08 — Districtgenerator (RWTH-EBC) delivered multi-scenario configuration capabilities and calendar-based heating configuration, enabling scalable scenario planning and more accurate demand/profile generation. Key outcomes include scenario_name support loaded from global config and applied during generation; refactoring to support multiple configurations via CalendarConfig for holidays and heating seasons; heating period considerations integrated into heating_profile_5R1C; documentation and examples enhanced; tests updated with new configs.
May 2025 monthly summary for RWTH-EBC/districtgenerator: Focused on hardening environment configuration loading to stabilize deployments and improve developer experience. Implemented multi-location environment variable discovery, refactoring for clarity, support for an optional environment file path, and renamed the env file from .env to .env.CONFIG to enhance reliability. These changes reduce startup failures, simplify configuration across environments, and enable faster, more predictable deployments across CI/CD pipelines.
May 2025 monthly summary for RWTH-EBC/districtgenerator: Focused on hardening environment configuration loading to stabilize deployments and improve developer experience. Implemented multi-location environment variable discovery, refactoring for clarity, support for an optional environment file path, and renamed the env file from .env to .env.CONFIG to enhance reliability. These changes reduce startup failures, simplify configuration across environments, and enable faster, more predictable deployments across CI/CD pipelines.
April 2025: Delivered internal refactor and documentation improvements for districtgenerator, enhanced maintainability and standards alignment, and fixed critical build issues to stabilize deployment. The work strengthens reliability, compliance with DIN standards, and onboarding efficiency for the team.
April 2025: Delivered internal refactor and documentation improvements for districtgenerator, enhanced maintainability and standards alignment, and fixed critical build issues to stabilize deployment. The work strengthens reliability, compliance with DIN standards, and onboarding efficiency for the team.
March 2025: Delivered a more capable district data generation framework and completed essential repository cleanup, enabling configurable, scalable district/building data generation with improved maintainability and readiness for future features. Fixed critical issues in the data generation flow to reduce post-release debugging and set the stage for downstream integration, while preserving artifact hygiene across the repo.
March 2025: Delivered a more capable district data generation framework and completed essential repository cleanup, enabling configurable, scalable district/building data generation with improved maintainability and readiness for future features. Fixed critical issues in the data generation flow to reduce post-release debugging and set the stage for downstream integration, while preserving artifact hygiene across the repo.

Overview of all repositories you've contributed to across your timeline