Source export in AnyLogic: Export Source Statistics to Excel

       Exporter Series:
       1 Export Simulation Results to XLSX: Complete Guide
       2 Source Exporter in AnyLogic: Export Source Statistics to Excel
       3 Process Unit Statistics Export to Excel in AnyLogic
       4 Tank Farm Statistics Export to Excel in AnyLogic
       5 How to Add Custom Rows to an AnyLogic Exporter Report
       6 Petroleum Refining Library Exporter: Configuration, Reporting and API
       7 Custom Flow Statistics in AnyLogic Refinery Simulation
       8 Product Mixer Statistics Export to Excel in AnyLogic Refinery Simulation

       Source exporter in AnyLogic provides a structured way to collect and export statistics generated by Source components during a simulation run. For oil and gas and refinery simulation models, it allows Source flow data to be exported to Excel for further analysis. In the Petroleum Refining Library, Source exporter is used to organize information about incoming material flows, including received volumes and cumulative flow over time. The exported Excel data can then be used to analyze feedstock supply, compare planned and actual volumes, and review how material flows change throughout the simulation period.

       Source exporter in AnyLogic collects statistical data generated by a Source component and prepares it for export to an Excel statistics report. Instead of analyzing individual flow events directly in the simulation model, the exporter provides aggregated information in a structured format for Source statistics export. For an oil and gas simulation, a Source can represent the receipt of crude oil, gas, condensate, or another feedstock into the modeled system. During the simulation, the incoming flow changes over time according to the configured production plan, delivery schedule, or other model logic.
See how Exporter settings can be configured for AnyLogic simulations.

       The exported statistics can include:
        - source name and product;
        - received material volume;
        - flow rate;
        - cumulative received volume;
        - statistics by date or simulation time;
        - values for individual sources or process lines.
This structure makes Source statistics suitable for both operational analysis and automated Excel reporting.

       One of the main outputs is a time-based representation of Source flow data, including the cumulative material received by the Source. For example, an Excel report can show the accumulated volume for each simulation day (in ton(s)):

       This approach allows users to see how cumulative flow develops throughout the simulation and provides a convenient basis for comparing simulated material receipt with production or supply plans.

       Cumulative received volume represents the total amount of material that has entered the system through a Source up to a specific point in simulation time. This is useful when the Source represents a continuous or scheduled feed of crude oil, gas, condensate, or other refinery feedstock. Unlike a single instantaneous flow-rate value, cumulative received volume shows the total amount of material that has entered the system up to a specific point in simulation time. As the simulation progresses, the cumulative value increases according to the actual flow generated by the Source, providing a clear representation of cumulative material flow.
This makes the exported data useful for:
        - monitoring feedstock receipt over time;
        - comparing simulated and planned production volumes;
        - analyzing daily or monthly material throughput;
        - identifying changes in the incoming flow;
        - preparing Excel charts and analytical reports;
        - validating the material balance of a simulation model.
       For refinery and petroleum processing models, cumulative flow statistics provide a direct way to connect the Source flow behavior inside the AnyLogic model with the results presented in an Excel statistics report.

       Source statistics can be organized by simulation date and time, allowing the Excel report to show how feedstock receipt changes throughout the simulation period. This time-based structure is particularly useful for analyzing time-based simulation data when incoming flows vary according to production schedules, delivery plans, operating constraints, or other process conditions. The same approach can be extended to different time intervals when more detailed analysis is required. This time-based structure is particularly useful for oil and gas simulation because feedstock flows often vary during the simulation due to production schedules, delivery plans, operating constraints, and changes in process conditions. By exporting Source statistics to Excel, users can further process the data outside AnyLogic, build charts, compare different simulation scenarios, and analyze the relationship between incoming feedstock and downstream refinery operations.
See how custom rows can be added to Exporter reports in AnyLogic.

       The exported Source statistics can be included directly in an Excel statistics report generated from an oil and gas simulation in AnyLogic. This provides a convenient way to transfer simulation results from the model into a structured format for analysis and reporting. For a refinery simulation, the Excel output can be used to review the flow of crude oil, gas, condensate, or other feedstocks entering the modeled process. The exported data can then be combined with statistics from other components, such as process units, tank farms, and shipment nodes, creating a consistent refinery simulation data structure for analysis. This creates a consistent reporting structure in which Source exporter represents incoming material flows, while other exporters provide information about storage, processing, and shipment operations. Such an approach makes the Excel report useful for material flow analysis across the simulated refinery.

       Source exporter in AnyLogic provides a structured approach to exporting Source flow statistics into an Excel statistics report. By recording received and cumulative material volumes over simulation time, it makes the results of an oil and gas simulation easier to analyze and compare with production or supply plans. For refinery models, Source statistics can be combined with data from process units, tank farms, and shipment operations to create a comprehensive view of material flows throughout the simulated system. This makes automated Excel reporting a practical part of oil and gas and petroleum refining simulation analysis with the Petroleum Refining Library for AnyLogic.

1. What is Source exporter in AnyLogic?
Source exporter is a reporting component that collects statistics from Source components and exports the data to an Excel statistics report.

2. What data can Source exporter provide?
It can provide information about received material, flow statistics, cumulative received volume, and values associated with simulation time.

3. Can Source exporter export data to Excel?
Yes. Source statistics can be included in a structured Excel simulation report for further analysis and reporting.

4. What is cumulative received volume?
Cumulative received volume represents the total amount of material that has entered the system through a Source up to a specific point in simulation time.

5. What can Source exporter be used for in oil and gas simulation?
It can be used to analyze incoming crude oil, gas, condensate, and other feedstock flows and compare simulated results with production or supply plans.

6. Can Source statistics be analyzed by date?
Yes. The exported statistics can be organized by simulation date or other time intervals, allowing users to analyze how material flow changes over the simulation period.

7. Can Source exporter be used with refinery simulation models?
Yes. It is suitable for refinery and petroleum processing models where Source components represent incoming feedstock or material supply.

8. Can Source statistics be combined with other simulation statistics?
Yes. Source data can be analyzed together with statistics from process units, tank farms, shipment operations, and other components in the Excel statistics report.

9. What is Source exporter used for in the Petroleum Refining Library?
It provides a standardized way to collect and export Source statistics for oil and gas and petroleum refining simulation models built with the Petroleum Refining Library for AnyLogic.

10. Why export Source statistics to Excel?
Excel provides a convenient format for reviewing simulation results, creating charts, comparing scenarios, calculating additional indicators, and analyzing material flows over time.