Shrey/feat/h2 integrate model#69
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…Plant simulation - Introduced new simulation files including energy market configurations, general info, and technology cost details. - Added various load profiles for electricity, heat, and hydrogen demands specific to steel and ammonia production. - Included weather data files and energy price data for comprehensive analysis. - New plots generated for economic analysis and energy flow visualization. - Updated .gitignore to exclude virtual environment files.
- Introduced `requirements.txt` for dependency management. - Updated `run_test_4.py` to load real solar and wind production data from CSV files, enhancing simulation accuracy. - Added `load_real_production_data()` function for data loading and processing. - Implemented `format_currency_for_pdf()` for consistent currency formatting in PDF reports. - Enhanced plotting functions to visualize real data with improved layout and detail. - Created `REAL_DATA_INTEGRATION_SUMMARY.md` to document the integration process and benefits. - Generated a comprehensive PDF report summarizing the simulation results and data sources.
…text - Revised energy market parameters to reflect Indian pricing structures for electricity, hydrogen, and other energy carriers. - Updated general configuration to include location, time settings, and simulation parameters specific to New Delhi, India. - Adjusted technology costs to align with current Indian market conditions. - Enhanced documentation files to provide context and details relevant to the Indian energy landscape. - Added new reference and study case configurations tailored for the Indian hybrid plant simulation.
- Updated `.gitignore` to exclude `.DS_Store` files. - Refactored `run_test_4.py` to focus on ammonia-specific loads, removing references to steel production loads. - Adjusted energy flow diagram and economic analysis plots to reflect the removal of steel production components. - Deleted obsolete load CSV files for steel electricity, heat, and hydrogen demands. - Updated documentation to align with the new focus on ammonia production.
- Introduced `start_streamlit.sh` to launch the Hybrid Plant Simulation Dashboard with necessary checks for Python and Streamlit installation. - Added `streamlit_app.py`, the main application file, featuring an interactive dashboard for configuring and running hybrid renewable energy simulations. - Created `STREAMLIT_README.md` to provide installation instructions, usage guidelines, and documentation for the application. - Implemented `test_streamlit.py` for testing the existence of required configuration files and the main application. - Updated various plot files in `input_test_4/plots/` to ensure compatibility with the new application structure.
…tionality - Added several new packages including `altair`, `click`, `Jinja2`, `plotly`, and `streamlit` to support the latest features and improvements in the application. - Updated existing package versions to ensure compatibility and leverage new functionalities.
…lation - Added comprehensive documentation files: `MODEL_INPUTS_DOCUMENTATION.md` and `TECHNOLOGY_COMPONENTS_ANALYSIS.md` to provide detailed insights into model inputs and technology components. - Updated `README.md` to include sections on comprehensive documentation and interactive access via Streamlit. - Enhanced `streamlit_app.py` to feature new tabs for model inputs, technology components analysis, and a quick start guide, improving user navigation and information accessibility. - Included a new dependency for `markdown` in `requirements.txt` to support markdown rendering in the Streamlit app.
- Introduced `output_generator.py` and `reconciliation_exercise.py` for comprehensive CSV output generation and data validation. - Implemented a structured output system producing 22+ CSV files across intermediate, final, and reconciliation categories. - Enhanced `run_test_4.py` to integrate output generation and reconciliation processes into the simulation workflow. - Updated `README.md` and added `OUTPUT_GENERATION_DOCUMENTATION.md` to document the new output generation features and reconciliation checks. - Enhanced `streamlit_app.py` to include interactive viewing of generated CSV files and reconciliation reports.
- Added new configuration parameters for wind, solar PV, battery, electrolyzer, hydrogen storage, compressor, ammonia production, heat pump, and CHP systems. - Improved user interface with additional input fields and options for each technology component. - Introduced new tabs for load profile management and technical specifications, enhancing user navigation and information accessibility. - Updated existing input fields to ensure consistent data handling and improved user experience. - Enhanced documentation within the application to provide detailed insights into new features and configurations.
- Modified binary files for economic analysis, energy flow diagram, load profiles, production profiles, and system summary to reflect updated data and visualizations. - Enhanced the hybrid plant simulation report PDF with improved image dimensions and content adjustments for better clarity and presentation. - Ensured compatibility of updated plots with the latest simulation outputs and configurations.
- Removed outdated subheaders and improved navigation within the Streamlit app for better user experience. - Enhanced session state management to track the current page and clear it when navigating to the Results page. - Updated configuration parameters in the study case JSON file to include new attributes for various components, ensuring consistency with the latest simulation requirements. - Adjusted output files to reflect changes in component analysis and reconciliation reports, including updated capacities and costs. - Improved documentation and user guidance within the application to facilitate easier navigation and understanding of the simulation process.
- Introduced `launch_messpy.bat` for Windows and `launch_messpy.sh` for Unix/Linux/macOS to facilitate easy application startup. - Created a detailed `README_MESSpy.md` outlining the platform's features, quick start instructions, system requirements, and usage guide. - Updated the `wrapper.py` to reflect the new application name and improve the launch process for the Multi-Energy System Simulator Platform. - Enhanced user guidance and documentation to support new users in navigating the simulation platform effectively.
- Added `Markdown==3.6` to support markdown rendering in the application. - Replaced `markdown==3.6` with `watchdog==6.0.0` to enhance file monitoring capabilities.
- Improved session state handling to maintain the current page without clearing it on reruns. - Simplified logic for determining the initial page, ensuring a smoother user experience when navigating the application.
- Implemented a feature to download all generated CSV files as a zip archive, preserving folder structure. - Added error handling to inform users if no CSV files are found or if the archive preparation fails. - Enhanced user experience by providing a direct download button for all CSV files in the application.
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