Microsoft Excel and Google Sheets are the two dominant spreadsheet applications used in modern offices. They share enough functionality that files convert between them reliably, but they differ in important ways that shape which one is right for any specific workflow. Excel offers depth — more advanced formulas, more sophisticated charts, full macro and VBA support, and the broadest feature set after 40 years of development. Google Sheets offers collaboration — real-time multi-user editing as the foundation rather than as a recent add-on, simpler sharing model and tighter integration with Google Workspace.

The choice between Excel and Google Sheets often boils down to two questions. First, do you need depth or breadth — Excel for the most demanding analytical work and Sheets for the broadest collaboration use cases? Second, what is the rest of your stack — Microsoft 365 organizations naturally use Excel; Google Workspace organizations naturally use Sheets. The two applications have converged considerably in features over the past decade, so for most everyday spreadsheet work either is sufficient. The differences matter at the edges of advanced use.

File conversion between the two is straightforward in both directions. Open a .xlsx file in Google Sheets via File > Open in Sheets and the file is converted to Sheets format with most formatting preserved. Save a Sheets file as Excel via File > Download > Microsoft Excel and you get a .xlsx file that opens in Excel with most formatting preserved. The conversion is generally lossless for typical spreadsheets but can drop advanced features (Excel macros, complex pivot tables, some chart types) that one application supports but the other does not.

This guide walks through the comparison in detail — feature differences across formulas, macros, charts and collaboration, the file conversion process in both directions, the pricing models for each, and the use cases where one or the other is the clearly better choice. Whether you are choosing a primary spreadsheet tool, working across both because of mixed-vendor environments, or just curious about how they compare, the differences are concrete and worth understanding.

Formula compatibility is the area where the two applications align most closely. Most common formulas (SUM, AVERAGE, COUNT, IF, VLOOKUP, INDEX, MATCH, SUMIF, SUMIFS and dozens of others) work identically in both applications with the same syntax and behavior. Files moving between Excel and Sheets preserve formula functionality with no manual rework needed for the basic 50 to 100 formulas covering most spreadsheet work. The vast majority of users find that everyday formulas work the same regardless of platform.

The differences emerge in advanced functions. Excel has dynamic array formulas like FILTER, SORT, UNIQUE and SEQUENCE introduced in Excel 365 around 2020. Google Sheets has had these functions for years longer and includes additional ones like ARRAYFORMULA, QUERY (a SQL-like data query function) and IMPORTRANGE (live cross-spreadsheet references) that Excel does not have. The IMPORTHTML and IMPORTXML functions in Sheets pull data from web pages directly. Excel's PowerQuery is more powerful than Sheets's IMPORT functions for complex data ingestion but requires separate setup.

Macros and VBA are Excel-only. Microsoft has supported VBA programming in Excel since the early 1990s, producing a vast ecosystem of macro-based tools, automation scripts and custom workbooks. Google Sheets supports a different scripting language called Google Apps Script (a JavaScript variant), which is more modern but less broadly known. The two scripting environments are not compatible — VBA macros do not run in Sheets, and Apps Script does not run in Excel. Workbooks heavily dependent on macros are essentially Excel-only without substantial rewrite.

Pivot tables exist in both but with different feature depth. Excel's pivot tables are mature and deeply customizable with advanced features like calculated fields, slicers, timelines, conditional formatting and integration with Power Pivot for data modeling. Google Sheets pivot tables cover the basics with adequate flexibility for most analytical work but lack some of the advanced features. For ad-hoc analysis Sheets is fine; for sophisticated analytical workbooks Excel is meaningfully better.

Real-time collaboration is the area where Google Sheets has historically had the strongest advantage. Sheets was built around real-time co-editing from its 2006 launch — multiple users see each other's cursors, edits appear instantly across all viewers and conflict resolution is automatic. The simple sharing model (paste a link, choose view or edit access, send) is friction-free. Comments threading on cells supports rich back-and-forth conversation about the data. The collaboration experience is essentially perfect for casual to medium-intensity team work.

Excel co-authoring through OneDrive and SharePoint has closed much of the gap since the feature was introduced around 2018. Multiple users can edit a single workbook simultaneously with edits appearing in real time. The mechanics work but the experience is somewhat less seamless than Sheets — initial setup of shared OneDrive folders, occasional sync delays, slight differences between the desktop and web Excel experiences. For organizations on Microsoft 365 the co-authoring is sufficient for most collaboration needs; for collaboration-first workflows Sheets remains slightly better.

Comments and conversation features differ between the two. Sheets has a simple inline comment system tied to cells, with email notifications and threaded responses. Excel has both the simpler Notes (the older comment system) and the newer threaded Comments that support richer conversation. Both work but Excel's dual system can confuse new users about which to use. For Sheets users, the single comment system is clearer but offers fewer customization options.

For workbook sharing, the models differ in approach. Sheets uses a sharing model based on user identity and Google account permissions — share with specific email addresses or anyone with a link. Excel uses a similar model through Microsoft 365 but with somewhat more complex permission structures involving SharePoint document libraries, Teams channels and individual file shares. Sheets sharing feels simpler for most users; Excel sharing offers more granular control for IT-managed environments where access policies matter.

File conversion from Excel to Google Sheets is straightforward. Upload the .xlsx file to Google Drive (drag-and-drop into drive.google.com works). Right-click the file and choose Open with > Google Sheets. The file opens in Sheets with most formatting preserved. Save the converted file by closing the tab — Sheets autosaves in its native format. The original .xlsx file remains in Drive unchanged; the converted Sheets file is a separate document. Any future edits in Sheets stay in Sheets format unless you explicitly export back to Excel.

File conversion from Google Sheets to Excel is also straightforward. In Sheets, click File > Download > Microsoft Excel (.xlsx). Sheets generates the .xlsx file and downloads it to your computer. Open in Excel desktop or Excel web. Most formatting and formulas convert cleanly. Some advanced features may not transfer — Sheets-specific functions like QUERY, IMPORTRANGE and ARRAYFORMULA do not have Excel equivalents and produce errors when the file opens in Excel. Plan for some manual rework if the source Sheet uses these advanced features.

For routine round-tripping between Excel and Sheets, a useful pattern is to maintain the master version in one platform and use the other only for export to specific recipients. For example, an organization on Microsoft 365 maintains workbooks in Excel and exports occasional copies to Sheets when sharing externally with non-Microsoft users. The Excel version stays clean and current; the Sheets exports are read-only snapshots. This pattern avoids the conversion-loss issues that occur with bidirectional editing across platforms.

For continuous synchronization between an Excel workbook and a Google Sheet, third-party tools like Zapier, Make, Coupler.io and similar can connect the two with rules-based syncing. Setup is non-trivial and the syncing has trade-offs (latency, formula compatibility, formatting preservation), but the option exists for workflows that genuinely need live data flow between the two platforms. For most situations the periodic export approach is simpler and sufficient.

Pricing is a meaningful difference between the two applications. Microsoft Excel is part of Microsoft 365 with subscription tiers ranging from $6.99 per user per month (Microsoft 365 Personal) to $22.50 per user per month (Microsoft 365 Business Premium) as of 2026. Standalone Excel 2024 perpetual licenses are also available for one-time purchase around $159.99. Excel for the web is free with any Microsoft account but with feature limitations versus the desktop version. Most organizations pay for Microsoft 365 to get full Excel plus the rest of the Office suite.

Google Sheets is free with any Google account. Workspace tiers add admin controls, custom domains and additional storage starting at $6 per user per month (Business Starter) up to $18 per user per month (Business Plus). The free Google account version is sufficient for most personal and small-team use. The paid Workspace tiers are about feature parity with paid Microsoft 365 tiers in terms of admin and security capability. For organizations comparing total cost, Workspace and Microsoft 365 are similarly priced for similar capability tiers.

For individual users on tight budgets, the free Google Sheets has a clear pricing advantage over Microsoft Excel. The free Excel for the web works but with feature limitations; the desktop Excel costs money. Students, hobbyists, small business owners and similar users often default to Sheets for cost reasons, then add Excel only if specific workflows require it. The cost-conscious path is Sheets-first with Excel as needed.

For organizations comparing total ownership cost, the calculation is more complex. The subscription costs are similar at comparable tiers. The training and migration costs of changing from one platform to another can be substantial. The integration costs with other systems matter — Microsoft 365 integrates more naturally with Windows-based Active Directory and SharePoint; Google Workspace integrates more naturally with Gmail, Google Drive and the broader Google ecosystem. The platform choice often follows the existing IT environment rather than driving it.

For users mixing the two platforms, learning the keyboard shortcuts in both reduces context switching. Many shortcuts are identical (Ctrl+C copy, Ctrl+V paste, Ctrl+Z undo). Some differ in meaningful ways. Excel uses F2 to edit a cell; Sheets uses Enter or double-click. Excel uses Ctrl+Shift+= to insert a row; Sheets uses Ctrl+Alt+=. Excel uses Alt+F1 to insert a chart; Sheets uses Insert > Chart. Building muscle memory for both sets is worth the effort if you use both regularly; otherwise focusing on whichever you use more often produces faster work.

For users transitioning from one platform to the other, the learning curve is real but modest. Most everyday tasks work similarly enough that an experienced Excel user can be productive in Sheets within a few hours and vice versa. The differences are concentrated in advanced features and small interface details. Plan a few days of mild productivity dip during the transition; expect to be back at full speed within a week of regular use. The fundamental concepts of cells, formulas, ranges and sheets are universal across both platforms.

For training programs in mixed environments, teaching both platforms simultaneously confuses many learners. The cleaner approach is to focus on one platform for foundational training (whichever the organization uses primarily) and then briefly cover the differences in the other platform once the foundations are solid. Most learners absorb the second platform faster after mastering the first. Trying to learn both from scratch in parallel produces longer time-to-productivity than the sequential approach.

For users curious about which platform to invest deeper learning in, the answer depends on career direction. Finance, accounting and data analysis roles still default to Excel because of the depth of available tooling and the prevalence of Excel-based legacy workbooks. Tech, marketing and product management roles in Google-aligned organizations default to Sheets. Both skill sets are valuable; the right depth investment matches your career path. Many advanced spreadsheet users develop fluency in both over time as careers span different organizations.

For mobile use, both applications have iOS and Android apps with broadly similar functionality. The Sheets mobile experience is slightly more polished for collaborative workflows because Sheets was designed mobile-first more recently. Excel mobile has improved substantially but still feels like a port of the desktop experience. For users primarily working on phones and tablets, Sheets sometimes provides a smoother experience. For users primarily on desktop with occasional mobile access, either works adequately.

For offline use, Excel desktop has a clear advantage. The desktop application works fully offline and syncs to OneDrive when reconnected. Google Sheets requires either online access or pre-arranged offline mode through the Chrome extension. For users who genuinely work offline frequently (limited internet, travel, secure environments without internet access), Excel desktop is the more reliable choice. For users in always-connected environments, the difference rarely matters.

For organizations standardizing on one platform versus supporting both, the cost-benefit calculation matters. Standardizing reduces training costs, simplifies IT support and produces more predictable workflows. The cost is locking out users who prefer the other platform or who came from organizations using the other. Most large organizations standardize on one as the primary tool while accepting that some users will use the other for specific workflows. The hybrid model fits how spreadsheet work actually happens in practice.

For the future of the comparison, both applications continue to evolve and the gap between them is shrinking on most dimensions. Excel has added cloud-first features (web Excel, co-authoring) that approach Sheets's collaboration. Sheets has added analytical features (advanced pivot tables, integration with BigQuery, expanded function library) that approach Excel's depth. Five years from now the choice between them may be even more about ecosystem fit than functional differences. The fundamental productivity is comparable across both for most everyday spreadsheet work.