Power BI - Power BI - Centralising Your Data and Facilitating its Analysis Use Case

In this video, you will learn about Power BI and how to centralize and analyze your data.
The video covers the process of gathering data from different sources, such as SharePoint lists, and using the Power BI Desktop application to connect and clean the data.
It also demonstrates how to create relationships between the data sources and publish the dataset to a Power BI workspace.
This will help you easily process and analyze your data in one place, making it simpler to create analysis reports.
With Power BI, you can efficiently gather and analyze your data, improving collaboration and productivity.

  • 3:15
  • 3284 views

Objectifs :

This document aims to provide a comprehensive guide on how to centralize and analyze data from various sources using Power BI. It outlines the steps to connect to different data sources, create relationships, and publish datasets for collaborative analysis.


Chapitres :

  1. Introduction
    In today's data-driven environment, companies often face challenges in managing large amounts of data stored across various sources, including files, online services, and databases. This guide addresses the need for a centralized solution to streamline data processing and analysis, ensuring that all departments can access and utilize the same information effectively.
  2. Identifying the Problem
    Each department within the company uses different methods for storing data generated from their business activities. This fragmentation complicates the creation of analysis reports and can lead to inefficiencies. Centralizing data is essential to enhance reporting capabilities and ensure that the information is always up to date.
  3. Connecting to Data Sources
    To begin centralizing data, the first step is to connect to various data sources using the Power BI Desktop application. The process includes: - **Accessing the SharePoint List**: Start by connecting to the SharePoint list, which serves as the first data source. - **Using the Query Editor**: Once the list is retrieved, the Query Editor opens, allowing you to prepare and clean the data as needed. - **Adding New Sources**: Click on 'New Source' to connect to additional data sources.
  4. Creating Relationships
    After collecting data from all sources, the next step is to establish relationships between the datasets. This can be done by: - **Navigating to Relationships View**: In Power BI Desktop, access the Relationships View to visualize and manage the connections between different datasets. - **Adjusting Relationships**: You can create, modify, or delete relationships as necessary to ensure accurate data analysis.
  5. Setting Up a Workspace
    To facilitate collaborative analysis, create a dedicated workspace in Power BI Service for the Executive Committee's data: - **Creating an App Workspace**: Click on 'Workspaces' and then 'Create App Workspace'. Name the workspace appropriately and add members of the executive committee. - **Publishing the Dataset**: Return to Power BI Desktop to publish the dataset into the newly created workspace by clicking 'Publish' and saving your work.
  6. Accessing and Analyzing Data
    Once the dataset is published, all data becomes accessible for processing and analysis. The benefits of using Power BI include: - **Centralized Data Management**: No longer will your data be scattered across different platforms. - **Simplified Analysis**: Utilizing a single tool for data gathering and analysis streamlines the workflow. - **Collaborative Features**: The Power BI workspace allows for collaborative data processing and analysis, enhancing teamwork and efficiency.
  7. Conclusion
    Centralizing data using Power BI not only simplifies the process of data management but also enhances the ability to generate insightful analysis reports. By following the outlined steps, organizations can ensure that their data is always up to date and accessible, ultimately leading to better decision-making and improved operational efficiency.

FAQ :

What is Power BI used for?

Power BI is used for data visualization and business intelligence. It helps organizations analyze data and share insights through interactive reports and dashboards.

How can I centralize data from different sources?

You can centralize data by using Power BI to connect to various data sources, such as SharePoint lists, databases, and online services, and then consolidate this data into a single dataset.

What is the Query Editor in Power BI?

The Query Editor is a tool in Power BI that allows users to prepare and clean their data before analysis. It provides functionalities to transform data and manage data connections.

How do I create relationships between data tables in Power BI?

You can create relationships between data tables in Power BI by using the Relationships View, where you can define how different tables are connected based on common fields.

What are the benefits of using a Power BI workspace?

A Power BI workspace allows for collaborative data management, making it easier to share datasets, reports, and dashboards among team members, and to manage permissions and access.


Quelques cas d'usages :

Centralizing Company Data

A company can use Power BI to centralize data from various departments, such as sales, marketing, and finance, into a single workspace. This allows for easier access to data and more efficient reporting.

Creating Executive Reports

An executive committee can utilize Power BI to create comprehensive reports by connecting to multiple data sources. This enables them to analyze performance metrics and make informed decisions based on real-time data.

Collaborative Data Analysis

Teams can collaborate on data analysis projects by using Power BI workspaces. Members can share insights, edit reports, and work together in real-time, improving productivity and decision-making.

Data Cleaning and Preparation

Before analysis, organizations can use the Query Editor in Power BI to clean and prepare their data, ensuring that the insights generated are based on accurate and relevant information.

Automating Data Updates

By centralizing data in Power BI, companies can set up automated data refreshes, ensuring that the information used for analysis is always up to date without manual intervention.


Glossaire :

Power BI

A business analytics tool by Microsoft that enables users to visualize data and share insights across their organization or embed them in an app or website.

SharePoint

A web-based collaboration platform from Microsoft that integrates with Microsoft Office. It is used for storing, organizing, sharing, and accessing information from any device.

Query Editor

A tool within Power BI that allows users to connect to data sources, transform data, and prepare it for analysis.

Relationships View

A feature in Power BI that allows users to define and manage relationships between different data tables to enable comprehensive data analysis.

Workspace

A collaborative environment in Power BI where users can manage datasets, reports, and dashboards, and share them with team members.

Dataset

A collection of data that Power BI uses to create reports and dashboards. It can be sourced from various data sources.

00:00:09
that is, files, online services and databases.
00:00:14
Your Executive Committee has asked you to find a solution
00:00:16
to centralize the data and make it easier to process and analyze.
00:00:21
How should you go about gathering and centralizing this data in one place?
00:00:26
How much time would you waste if you centralize the data manually?
00:00:30
How can you make sure that this data is always up to date?
00:00:35
Each department in my company uses a different method for
00:00:38
storing the data that it generates in its business activities.
00:00:41
To make it easier to create analysis reports based on this data,
00:00:45
I will gather the information in one place.
00:00:48
First of all, I'm going to connect to the various data sources.
00:00:52
To do so, I'm going to use the Power BI Desktop application.
00:00:56
Let's begin with the first data source, which is a SharePoint list.
00:01:13
Once the list has been recovered, the Query Editor will open.
00:01:16
This is a powerful tool that I can use if needed to
00:01:19
prepare and clean the data.
00:01:21
And without closing the Query Editor,
00:01:24
I'm going to connect to the other data sources
00:01:26
by clicking on New Source.
00:01:30
Once all the data has been collected,
00:01:32
I will click on Close and Apply
00:01:34
so that Power BI Desktop will take into account all the changes that I made.
00:01:39
Next I will click on the Relationships View
00:01:42
to create relationships between my various tables.
00:01:45
You can see that Power BI Desktop has already detected possible relationships,
00:01:50
but I can delete them and create new ones
00:01:52
if I find errors in these relationships.
00:01:59
Now I move on to Power BI Service to create a dedicated workspace
00:02:03
for the Executive Committee,
00:02:05
so they can process and analyze the data that I've gathered.
00:02:08
I click on Workspaces and then on Create App Workspace.
00:02:13
I name the workspace and I add the members of the executive committee.
00:02:25
I return to the Power BI Desktop application to publish
00:02:28
the dataset in the workspace that I've just created.
00:02:31
I click on Publish and save my work.
00:02:35
I then connect to my Power BI account
00:02:38
and finally I choose the workspace that I created.
00:02:42
Once the dataset has been published,
00:02:44
I go back to Power BI Service,
00:02:47
all of the data is now available to all the members for them to begin
00:02:50
processing it and creating analysis reports.
00:02:57
With the Power BI suite, your data will no longer be scattered.
00:03:02
Gathering this data has never been so simple using only one tool.
00:03:07
Creating a Power BI workspace also makes it easier to
00:03:10
process and analyze the data in collaborative mode.

No elements match your search in this video....
Do another search or back to content !

 

Reminder

Show