Using Claude’s Data Connectors to Analyze Your Google Sheets

In this article, we will show how you can use Claude to analyze your Google Sheets.

Using Claude's Data Connectors to Analyze Your Google Sheets

Claude is an AI-powered LLM model like OpenAI’s ChatGPT.  You can integrate Claude as a data connector with Google Sheets for data analysis. Using the Claude add-on, you can analyze large datasets, extract insights, and generate reports directly from Google Sheets. In this article, we will show how you can use Claude to analyze your Google Sheets.

Let’s consider an E-Commerce feedback dataset to use Claude’s data connector for analyzing customer feedback. This tool can be linked to platforms like Google Sheets, and databases via Claude’s API.

Step 1: Install the “Claude for Sheets” Add-on

  • Go to the Extensions tab >> from Add-ons >> select Get add-ons.
  • Search for Claude for Sheets >> click Install and authorize necessary permissions.

Using Claude's Data Connectors to Analyze Your Google Sheets

Step 2: Connect Google Sheets to Claude

  • Go to the Extensions tab >> select Claude for Sheets >> select Open sidebar.

Using Claude's Data Connectors to Analyze Your Google Sheets

  • Select Settings >> API provider >> enter your Anthropic API key >> click on Save.
  • Expand Default model >> you can select your required model.
  • Once connected, you can start using Claude commands directly in Google Sheets.

Using Claude's Data Connectors to Analyze Your Google Sheets

To get Claude’s API key:

  • Go to Claude’s website and log in to your account.
  • From account settings select API >> click on Create API Key.
    • Name your API key >> select Copy.
  • Now, you can use this API key to connect Claude to Google Sheets.

Using Claude's Data Connectors to Analyze Your Google Sheets

Explore Claude for Sheets Add-ons:

  • Select the Help option to see the available functions.
  • It offers the following functions in Google Sheets.

Using Claude's Data Connectors to Analyze Your Google Sheets

Step 3. Analyze Data Using Claude

Once Claude is connected to your Google Sheets, you can use Claude’s functions to analyze Google Sheets data.

1. Using CLAUDE Function to Analyze Data

Let’s find out the top 5 best-selling products’ names based on multiple criteria like price, quantity, rating, region, etc.

To get the top 5 best-selling product names,

  • Select cell K2.
  • Insert the following formula in the cell.

Formula:

=CLAUDE("List only the top 5 best-selling products name based on theses criteria quantity,price, rating,region,feedback from this data: " & JOIN(", ", C1:C71, E1:E71,F1:F71,G1:G71,H1:H71,I1:I71))

This formula will pass the prompt to Claude to get the top 5 selling products by analyzing the specific cell values.

  • CLAUDE: This function calls Claude AI to process the data.
  • Prompt: Explain the task with the conditions (quantity, price, rating, region, feedback).
  • JOIN: Combines multiple columns (Product Name, Price, Quantity, Rating, Region, Feedback) into one string.
    • Comma: Cell values from the columns are separated by a comma, to make it readable for Claude to analyze.

Output:

Here is the list of the top 5 best-selling product names with the explanation.

Using Claude's Data Connectors to Analyze Your Google Sheets

2. Draft a Response for Customer Feedback

By connecting the data from Google Sheets to Claude you can draft responses to customer feedback.

  • Select cell L2, and insert the following formula.
  • Drag the formula to draft the response for the rest of the cells.

Formula:

=CLAUDE("Draft a short precise response for this customer feedback: " & J2)

This formula will create responses based on the customer feedback of the J2 cell.

Output:

The specific and personalized response is created based on customer feedback.

Using Claude's Data Connectors to Analyze Your Google Sheets

3. Using the CLUADECLUSTER Function to Cluster Data

Claude offers multiple functions, one of them is CLAUDECLUSTER. You can use this function to cluster the customer ratings.

  • Select cell M2.
  • Insert the following formula.

Formula:

=claudeCluster(I2:I51,5)

This formula clusters the selected column based on the group number. We selected 5 to cluster the ratings.

Output:

It clusters the ratings into 5 groups. It will help you to analyze the overall ratings.

Using Claude's Data Connectors to Analyze Your Google Sheets

4. Using CLAUDEEXTRACT Function to Extract Specific Values

Claude for Sheets also offers the CLAUDEEXTRACT function. By using this function, you can extract particular information from any given text. Consider customer information is concatenated in one string. Let’s extract the customer’s name from the data.

  • Select cell T2.
  • Insert the following formula.
  • Drag the formula down to extract the rest of the names.

Formula:

=claudeExtract("Name",S2)

This formula will extract the customer’s name from the string of the S2 cell where the customer’s information is combined in one sentence.

Output:

Extract only the names from the combined string.

Using Claude's Data Connectors to Analyze Your Google Sheets

Tips and Best Practices

Use Clear Prompts: Avoid generic commands like “What/How/Which” Instead, be specific: “Summarize the sales/profit margin for Q1/top product.”

Select a Data Range: Always specify the cell range of the sheet you want to analyze. mention the range by using a helper column or functions like JOIN, TEXTJOIN, etc. before sending a request.

Save API Keys Securely: Store API keys in secure notes or password managers. Avoid exposing them in scripts.

Use Recalculate Option: If any function shows an ERROR, THROTTLED, or DEFERRED, use the recalculation option.

Using Claude's Data Connectors to Analyze Your Google Sheets

Conclusion

Claude’s offers several functions to use in Google Sheets. You can use these functions based on your specific data analysis. Claude can supercharge the data analysis in Google Sheets with its advanced functionality. You can summarize your large data within one appropriate prompt and formula. Start exploring Claude’s add-ons to streamline your workflow.

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Shamima Sultana
Shamima Sultana

Shamima Sultana, BSc, Computer Science and Engineering, East West University, Bangladesh, has been working with the ExcelDemy project for 3+ years. She has written and reviewed 1000+ articles for ExcelDemy. She has also led several teams with Excel VBA and Content Development works. Currently, she is working as the Project Manager and oversees the day-to-day work, leads the services team, allocates resources to the right area, etc. Her work and learning interests vary from Microsoft Office Suites, and... Read Full Bio

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