Software für Tiefengeothermie

Question: What is the contract timeline?

Context: Contract start date, end date, total duration, and any key milestones or phases mentioned. Return null if not stated.

The processing of the order officially begins with the awarding of the contract. Key milestones will be determined with the contractor after the contract is awarded. The web app and the final report are to be completed by October 30, 2027. The final results, including source code, licenses, and documentation, must be handed over to the client by November 15, 2027, at the latest. The BeM-TG project concludes on December 31, 2027. The final invoice is to be submitted by November 30, 2027. The client will be informed monthly about the progress of the work through meetings.

The core scope of work for this tender involves the technical implementation and programming of a modular, user-oriented web application called the "BeM-TG Web-App" within Work Package 4 (WP 4) of the BeM-TG Bayern research project. The primary goal is to develop a tool for the assessment of deep hydrogeothermal energy in Bavaria. The scientific and conceptual foundations, including requirements, data models, evaluation criteria, and application scenarios, will be provided by TUM (WP 1 and WP 2).

The web application must include the following core functions:

• Display and query of a GIS-based data model covering subsurface data of the Upper Jurassic (Malm) reservoir in the Bavarian Molasse Basin.
• Visualization of data, including static layers (raster, point, line data) and dynamic modeling results.
• Execution of an Off-Set Well Analysis to predict specific reservoir parameters and information.
• Analytical evaluation of site suitability and hydrogeothermal utilization potential based on predefined criteria and application scenarios.
• Integration of simplified analytical models for thermohydraulic prognoses.
• Integration of AI or surrogate model methods.
• A modular architecture that supports diverse application scenarios.
• Implementation of downloadable reports for point data and analytical evaluations.

The application should build upon the design and technical approaches of the previously developed GEO.KW Web-App. Technical requirements include a web-based structure accessible via a browser without local installation, a responsive and intuitive user interface for regulatory authorities, and GIS integration.

Core deliverables include:

• A fully functional, "turnkey" software product with established error and quality management.
• Comprehensive documentation and annotation of all components, templates, and scripts to facilitate future modifications.
• Handover of any licenses, manuals, and CDs acquired during the project to TUM.
• Full and exclusive transfer of the source code and its exploitation rights to TUM.
• Image files created during the project must be provided in an editable format, with all rights transferred to TUM.
• A detailed analysis report available for download, containing information on data quality, data density for prognoses, and processing steps.
• The web application and a final report must be completed by October 30, 2027.
• The final result, source code, licenses, and documentation must be handed over to the client by November 15, 2027.
• The contractor must ensure easy data updating to facilitate continuous integration of new data for the sustainability of the BeM-TG-Toolbox.

The tender also includes services such as the creation and transfer of custom software for permanent use, training, and potential post-acceptance services including maintenance (bug fixing, new program versions), further development, and adaptation. The total project budget may not exceed €290,000.00, including VAT.