Data source in Power BI is the foundation for building dashboards and reports, and that enables users to import, connect, and transform data from various platforms for insightful, interactive visualizations.
This guide shows you what Power BI Data Sources are, and the difference between data sources in Power BI Desktop and Power BI service. You’ll also discover how to create a dashboard in Power BI, the difference between a Power BI dashboard and a report, and how the Power BI report builder works.
You’ll be introduced to Power BI data visualization and how to represent any Power BI data model in the Sankey Diagram in Power BI. There are some Power BI report examples and Power BI design ideas to help you get a good grasp of the Power BI tool.
If you’re unsure about the relationship between Power BI and AWS, there’s a section in this guide that reveals just that. Some sections uncover Power BI Advanced features like the Power BI connectors and the Power BI Data Marts.
Definition: Power BI Data Sources are the various platforms, services, and file types from which Power BI can connect to retrieve data for reporting and analysis.
Allows connection to a wide range of data sources like local files (Excel, CSV, JSON), on-premises databases (SQL Server, Oracle), cloud sources (Azure, SharePoint), and APIs.
Used for accessing datasets already published. It connects to cloud-based services (like Microsoft 365, Google Analytics, and Salesforce), and uses Power BI Dataflows.
Offers full data transformation and modeling capabilities. Users can create calculated columns, relationships, measures, and complex data models using Power Query and DAX.
Focused on consuming and sharing reports. It lacks the full flexibility of the desktop version.
Directly connect to on-premises data without needing a gateway.
Requires an On-Premises Data Gateway to refresh or access on-premises data sources.
Include Excel, JSON, XML, CSV, and SharePoint Folder.
Connects to on-premises and cloud-based databases like Oracle, SQL Server, MySQL, IBM DB2, PostgreSQL, and Access.
Integrates with services like SharePoint Online, Microsoft 365, Salesforce, Dynamics 365, Google Analytics, and more.
Includes Azure SQL Database, Azure Synapse Analytics, Azure Data Lake, and Azure Blob Storage.
Pulls data from websites using HTML tables or Web URLs.
Connect to Spark, Hadoop, Google BigQuery, and other advanced analytics platforms.
Include OData feeds, R/Python scripts, and Power BI datasets (or dataflows).
Connect to local files like Excel, XML, CSV, JSON, and PDF. It comes in handy when managing data in static formats or spreadsheets.
It includes connections to on-premises and cloud databases like MySQL, SQL Server, PostgreSQL, Oracle, IBM DB2, and Access. Best fit for structured data stored in relational databases.
Enables integration with cloud platforms like Dynamics 365, Google Analytics, Microsoft 365, SharePoint Online, and Salesforce. Suited for pulling data from cloud-based business tools.
Connect to Microsoft Azure services like Azure Blob Storage, Azure SQL Database, Azure Synapse, and Azure Data Lake—a great fit for organizations using Azure cloud infrastructure.
Extract data from websites using REST APIs or Web URLs via the Web connector. Used for external or third-party data feeds.
Include OData feeds, dataflows, Power BI datasets, and R/Python scripts for data manipulation and advanced analytics.
This method supports fast performance and full data modeling capabilities. However, it requires manual or scheduled refreshes to update data.
This method supports real-time data but may have slower performance and modeling limitations. Data remains in the source system and is queried live when users interact with reports.
Connect directly to external models like Power BI datasets or SQL Server Analysis Services without importing data. It’s a great fit for enterprise environments where centralized data models are used.
Data is pushed into Power BI through APIs for real-time streaming and dashboard updates.
Creating a dataset and selecting the data to use in the required chart.
Lead and Conversion Tracking Report
In Power BI Desktop, navigate to Home > Transform Data > Data Source Settings to view and manage the data sources. It shows connection details and gives room for you to change or clear sources.
In Power BI Report Server, you can create a data source by navigating to the Report Server portal and selecting Manage > Data Sources. Add a new connection with the required server and database details.
Yes, Power BI can use Excel as a data source. There’s the option to import or connect to Excel files (.xlsx, .xls) to load tables, ranges, or Power Query queries for visualization and analysis.
Power BI Data Sources are the various files, online services, and databases where Power BI imports (or connects) data for analysis.
Power BI Desktop supports broad data transformations and on-premises connections, while Power BI Services focuses on cloud sources and shared datasets. Gateways are required for on-premises data access.
To connect to Power BI data sources, you’ll have to open your Power BI desktop and click the “Get Data” button on the Home ribbon. Choose your preferred source and click Connect. Your preferred source could be Excel, SQL Server, or Web.
You’ll have to provide your connection details. After that, preview and transform the data. Load the data, and finally start building reports.
Now you know what a Power BI data source is, and the role it plays during visualizations. What’s the most preferred data source of your organization?