Quantify emissions from your organization's usage of Microsoft 365

The Emissions Impact Dashboard for Microsoft 365 provides our cloud customers with transparency into datacenter greenhouse gas emissions associated with usage of Microsoft 365 services, as well as an estimate of emissions avoided by migrating productivity workloads to the cloud. Quantify datacenter emissions associated with sending emails through Exchange Online, storing files in SharePoint, joining Microsoft Teams online meetings, and more.

Requirements for getting started

The Emissions Impact Dashboard runs on Power BI Pro. Get the Power BI Pro free trial.
A business, enterprise, or education subscription for Microsoft 365 or Office 365.
Microsoft 365 admin permissions.
For more info on how to connect, visit this site.

Increased transparency into the carbon impact of cloud usage

Measure the emissions impact of your organization's usage of Microsoft 365 cloud services based on an independently-verified methodology covering all three scopes of emissions.
Estimate emissions already avoided by migrating Exchange Online and SharePoint Online workloads from on-premises to the cloud.

Microsoft’s emissions reporting methodology aligns to ISO standards for measuring greenhouse gas emissions. The calculations cover Microsoft’s scopes 1, 2, and 3 as defined by the Greenhouse Gas Protocol. Reports reflect Microsoft’s investments in renewables as well as the fuel energy mix in the regions where your computing takes place alongside other factors.

Get access now

Access to the Emissions Impact Dashboard for Microsoft 365 will require your Microsoft 365 Tenant ID and admin access to that tenant. It may take 24-48 hours to connect to your data after credential validation.
The Emissions Impact Dashboard for Microsoft 365 runs on Power BI Pro. Get the Power BI Pro free trial.
To explore solutions and resources to help you reach your sustainability goals, visit Microsoft’s Sustainability site.

Emissions Impact Dashboard for Microsoft 365

作成者: Microsoft Corporation