There are three time zone settings that can be referenced by Azure DevOps: I'd probably use a view to convert the dates to UTC and then in Power BI pull from that view with the local time zone conversion as above.Azure DevOps Services | Azure DevOps Server 2022 - Azure DevOps Server 2019 | TFS 2018 UTC), you will need to convert the dates to UTC and then to your local time zone. If your dates are already converted in the source to your local time (not good practice when the server is on a different time zone i.e. It needs to be the one above.ĭoing this lets Power BI know that an explicit conversion has been set on the column and to not touch it.ĬONVERT(datetime, SWITCHOFFSET(CONVERT(datetimeoffset, ParentBatchCreatedAt), DATEPART(TZOFFSET,ParentBatchCreatedAt AT TIME ZONE 'New Zealand Standard Time'))) AS ParentBatchCreatedAt,ĬONVERT(datetime, SWITCHOFFSET(CONVERT(datetimeoffset, ParentBatchClosedAt), DATEPART(TZOFFSET,ParentBatchClosedAt AT TIME ZONE 'New Zealand Standard Time'))) AS ParentBatchClosedAt, Note: ParentBatchCreatedAt AT TIME ZONE 'UTC' AT TIME ZONE 'New Zealand Standard Time' does not work properly and will not help. The easiest way to do this is like this (change ParentBatchCreatedAt to your column name and obviously set your correct time zone):ĬONVERT(datetime, SWITCHOFFSET(CONVERT(datetimeoffset, ParentBatchCreatedAt), DATEPART(TZOFFSET,ParentBatchCreatedAt AT TIME ZONE 'New Zealand Standard Time'))) AS ParentBatchCreatedAt If you do not explicitly make the conversion, Power BI will display the dates in UTC time when uploaded to Power BI service. It needs to be done for each date/time column. This relates to specifically to SQL server as the data source.Įssentially, you need to explicitly convert UTC times to your local timezone as part of the query for your table. This is old, but still relevant, so I'll post this for anyone else who is still having this issue. Localdatetime = DateTimeZone.SwitchZone(,tzshift) Tzshift = if localTC = EndTC then 10 else 11, LocalTC = Number.From( Text.From(year) & Text.PadStart( Text.From( Date.Month(localdate)),2,"0") & Text.PadStart( Text.From( Date.Day(localdate)),2,"0") & Text.PadStart( Text.From( Time.Hour(localdate)),2,"0")), StartTC = Number.From( Text.From(year) & Text.PadStart( Text.From( Date.Month(DSTStart)),2,"0") & Text.PadStart( Text.From( Date.Day(DSTStart)),2,"0") & " 02"), Sunday),ĮndTC = Number.From( Text.From(year) & Text.PadStart( Text.From( Date.Month(DSTEnd)),2,"0") & Text.PadStart( Text.From( Date.Day(DSTEnd)),2,"0") & " 02"), Localdate = DateTimeZone.RemoveZone(DateTimeZone.SwitchZone(, 10)),ĭSTEnd = Date.StartOfWeek( #datetime(year, 4,7,2,0,0),Day. I've bolded the items you'll need to update below: You can more or less copy-paste this codeblock just by updating to whatever field you use, and tweaking some of the numbers. The field this works off is, which is a datetimezone type field for the utc time. It's only really useful for areas that have daylight savings time.Ĭontext: I live in the Melbourne timezone, which is normally +10 and has daylight savings time starting at an unmodified local time of 2am on the first Sunday in April, and finishing at an unmodified (excluding DST) time of 2am on the first Sunday in October. Adding this here for future troubleshooters, since this took me a lot of futzing around with.
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