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It is 2:07 pm in Arctic/Longyearbyen

Arctic/Longyearbyen is the IANA identifier for the time zone of Longyearbyen in Svalbard and Jan Mayen. It is running at UTC+2 right now, abbreviated CEST, and the local date is Saturday, September 26, 2026. The zone is on its summer offset at the moment.

Time in Longyearbyen
2:07 pm
Saturday, September 26
UTC offset
UTC+2
CEST
Daylight saving
in force
standard UTC+1, summer UTC+2
Arctic/Longyearbyen · the Arctic · UTC+2 · 1 country · 1 city covered

What time is it in Arctic/Longyearbyen right now

2:07 pm on Saturday, September 26, 2026, as this page was served, which in 24 hour form is 14:07. The clock above ticks on from there in your own browser. The offset is a whole 2 hours ahead of UTC, so a UTC timestamp converts here by changing the hour and leaving the minutes exactly as they are.

49 other zones read UTC+2 at this instant. They are interchangeable as a clock reading today and not as an identifier: storing UTC+2 instead of Arctic/Longyearbyen throws away the rule that decides what they all do at the next transition.

The UTC offset of Arctic/Longyearbyen

An offset of UTC+2 names the meridian 30.0 degrees east. Longyearbyen, Norway actually sits at 15.65 degrees east, which is 14.4 degrees west of it, so the sun there runs about 57 minutes behind the clock before daylight saving is even considered. Zone boundaries are drawn by borders and by convenience, not by longitude, and this is the size of the gap that produces.

Because this zone moves its clocks, UTC+2 is only today's answer. It runs at UTC+1 for the winter part of the year and UTC+2 for the summer part, a difference of 1 hour, and any gap memorised against it is wrong for part of the year.

Daylight saving in Arctic/Longyearbyen

Arctic/Longyearbyen does observe daylight saving. The next change is on October 25, 2026: at 2:00 am local the clocks go back, and UTC+2 becomes UTC+1. That hour is repeated, so every reading inside it happens twice, which is why a wall clock time in this zone is not always a single instant.

Every clock change the database has for this zone in 2025, 2026 and 2027, with the exact local reading either side of the jump.

DateClock beforeClock afterChangeStatus
March 30, 20251:59 am3:00 amforward an hour, UTC+1 to UTC+2already happened
October 26, 20252:59 am2:00 amback an hour, UTC+2 to UTC+1already happened
March 29, 20261:59 am3:00 amforward an hour, UTC+1 to UTC+2already happened
October 25, 20262:59 am2:00 amback an hour, UTC+2 to UTC+1still to come
March 28, 20271:59 am3:00 amforward an hour, UTC+1 to UTC+2still to come
October 31, 20272:59 am2:00 amback an hour, UTC+2 to UTC+1still to come

How the offset of Arctic/Longyearbyen has changed since 1970

Read on 1 January and 1 July of each year, which is the cheapest pair of samples that shows both the winter offset and whether the clocks moved that summer. The zone has passed through 2 distinct eras in that time and has used 2 different offsets: UTC+1, UTC+2. Its current behaviour has held since 1980. A rule change that began and ended between July and the following January is invisible to this sampling, so the table is a shape rather than a complete edit history.

Years1 January1 JulyBehaviour
1970 to 1979UTC+1UTC+1one offset all year
1980 to 2026UTC+1UTC+2clocks moved, 1 hour apart

The earliest summer shift this sampling sees here is 1980, and the zone has kept moving its clocks since. The dates the change falls on have moved several times even where the rule has not.

Countries and regions that use Arctic/Longyearbyen

One country uses Arctic/Longyearbyen: Svalbard and Jan Mayen, which keeps this as its only time zone and has a population of about 2,900.

Cities in the Arctic/Longyearbyen time zone

The one city this site covers inside Arctic/Longyearbyen, each with a live clock and today's sunrise and sunset worked out from its own coordinate. The clock reading is a property of the identifier, so it is the same anywhere else in the zone; the sunrise is not, because that is set by latitude and longitude.

CityWhereTime nowSunriseSunsetDaylight
LongyearbyenNorway2:07 pm6:56 am6:37 pm11h 41m

The sun against the clock in Arctic/Longyearbyen

Worked out for Longyearbyen, Norway, the city this site covers inside the zone, at 78.22 degrees north, 15.65 degrees east. The sun rises at 6:56 am and sets at 6:37 pm, giving 11 hours 41 minutes of daylight. Solar noon, the moment the sun is highest, falls at 12:49 pm, which is 49 minutes after clock noon.

That gap is the whole argument about where zone lines belong, in one number. It is made of three things: Longyearbyen, Norway sitting 14.4 degrees west of the UTC+2 meridian, the equation of time, which today runs 8.6 minutes ahead of mean time, and the hour of daylight saving currently in force. Full sunrise and sunset times for Longyearbyen.

Convert Arctic/Longyearbyen to another time zone

The converter is keyed on the abbreviations people type rather than on identifiers. Arctic/Longyearbyen is at UTC+2 right now, the same reading as CET, so these pages answer the same question for it today. They will diverge if the two zones ever adopt different daylight saving rules, which is exactly why the identifier is the thing worth storing.

Questions about Arctic/Longyearbyen

What time is it in Arctic/Longyearbyen right now?
2:07 pm on Saturday, September 26, 2026, as this page was served. The clock at the top of the page ticks on from there.
What is the UTC offset of Arctic/Longyearbyen?
UTC+2 at this instant, and it alternates between UTC+1 in winter and UTC+2 in summer.
Does Arctic/Longyearbyen observe daylight saving time?
Yes. The next change is October 25, 2026, when the clocks go back.
What is the abbreviation for Arctic/Longyearbyen?
CEST at this instant. The letters change with the season, because the standard and summer offsets have separate names.
Which countries use Arctic/Longyearbyen?
Svalbard and Jan Mayen.
Why store Arctic/Longyearbyen instead of UTC+2?
Because the offset is an output and the identifier is the input. This zone alone has two offsets in a year, and 49 other zones share its current reading while carrying different rules. A record storing UTC+2 cannot tell them apart; a record storing Arctic/Longyearbyen keeps working through every future rule change.

Other time zones in the Arctic

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