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Compiled by FrostLogic from public statistics. Not a proprietary portfolio study.
This Nordic commercial building energy benchmark is a citation asset, not a product pitch. It pulls the latest public
figures for Swedish non-residential premises (lokaler) intensity and puts them next to Nordic and EU services-sector
final-energy totals. The Swedish intensity rows come from Energimyndigheten's
official energy statistics for lokaler
(EN0103), reference year 2024. The Nordic framing totals come from Nordic Statistics ENER10 (Eurostat
nrg_bal_c feed), reference year 2023. Every number below names its source. Where a cell is missing in the official
table, we leave it blank rather than invent one.
If you came here looking for a single harmonised Nordic kWh/m² table by commercial building type across Denmark, Finland, Iceland, Norway and Sweden: that table does not exist as one official publication. Say so up front, then use what is published.
How to read Nordic building energy figures
Two different kinds of number show up in Nordic and EU publications, and they answer different questions.
Intensity is energy per floor area, usually kWh/m² of heated area for a defined end-use scope. Swedish lokaler statistics in EN0103 publish intensity for heating and hot water only. That is specific energy use for those end uses, not whole-building property electricity, tenant plug loads, process refrigeration, or data-hall IT. Treat a Swedish EN0103 row as a heating-and-HW intensity, not as a Portfolio Manager-style whole-building EUI.
Sector totals are final energy for an economic sector, usually in ktoe, PJ or TWh. Nordic Statistics ENER10 and Eurostat energy balances report final consumption for the services sector (and other sectors) without dividing by heated floor area. You can compare country shares and absolute totals. You cannot honestly turn those totals into kWh/m² by office, school or retail without a floor-area denominator they do not publish in the same table.
That split matters for Nordic building energy statistics work. Sweden has a detailed lokaler intensity survey. The other Nordic countries publish strong sector balances. Mixing the two without labelling units is how fake cross-country intensity benchmarks get written.
Energimyndigheten also flags which years are survey years and which are modelled. There was no lokaler survey for 2015, 2017, 2018, 2020, 2021, 2023 or 2025; those years are estimated or carried forward with weather and stock adjustments. The 2024 release was written forward from the 2022 survey, with weather and property-register updates, as described in the agency's 2025 news note on lokaler statistics.
Sweden : lokaler kWh/m² by type
The worked table below is pulled live from Energimyndigheten's PxWeb table EN0103_9: energy use for heating and hot
water by type of premise, for year 2024, temperature-adjusted, all heating systems, unit kWh/m² of heated
area. Labels are the agency's published English value texts for Lokaltyp. Premise types with no published value are
omitted.
| Type of premise (Energimyndigheten) | Heating + hot water, kWh/m² (2024, temperature-adjusted) |
|---|---|
| All | 106.4 |
| Housing | 109.3 |
| Hotel, restaurant, dormitory | 122.6 |
| Only resaurant | 117.3 |
| Office and administration | 100.9 |
| Food premises | 108.8 |
| Other trade | 92.4 |
| Care 24/7 | 105.2 |
| Other care | 101.7 |
| Schools | 110.0 |
| Sport facilities | 120.9 |
| Churches | 107.3 |
| Teater, cinema | 91.3 |
| Warm garage | 90.7 |
| Other premises | 109.0 |
Source: Energimyndigheten, EN0103_9, retrieved at build time for this article. A machine-readable copy of the same rows is available as CSV.
A few readings from the same Swedish statistical family, still heating and hot water only:
- Actual (not weather-corrected) total heating + hot water use for lokaler was 17.87 TWh in 2024, against 18.27 TWh in 2023 (EN0103_1). The agency's news note rounds those to about 17.9 and 18.3 TWh.
- Temperature-adjusted totals were 18.39 TWh in 2024 and 18.25 TWh in 2023 (EN0103_1). After weather correction, use rose slightly even though the raw total fell.
- By owner category, temperature-adjusted intensity in 2024 was lowest for limited-company-owned lokaler at 103 kWh/m² and highest for natural-person-owned lokaler at 123 kWh/m² (EN0103_7; same framing as the agency news note). The all-owner temperature-adjusted average was 106 kWh/m².
Offices at about 101 kWh/m² and "other trade" at about 92 kWh/m² sit below the all-lokaler average. Hotels/restaurants and sport facilities sit above it. That ranking is useful for Sweden. It is not a Nordic typology ranking, because the other countries do not publish the same premise-type intensity survey in one shared table.
Swedish commercial operators who need continuous meter and BMS context around these yearly intensities can also read our notes on energy monitoring and energy management for commercial buildings.
Nordic context : services-sector final energy
Nordic Statistics table ENER10 ("Final consumption of energy by unit, sector, reporting country and time") reports
final energy by sector for Denmark, Finland, Iceland, Norway, Sweden and an EU aggregate. The services line in ENER10 is
coded B102035 ("Service sector and other sectors"). These are sector totals, not kWh/m².
For reference year 2023, ENER10 gives the following for services (and services as a share of each country's total final energy consumption):
| Country | Services final energy (ktoe) | Share of national final energy |
|---|---|---|
| Denmark | 1,891.9 | 14.55% |
| Finland | 2,903.0 | 12.93% |
| Iceland | 493.8 | 16.23% |
| Norway | 3,140.5 | 16.02% |
| Sweden | 4,165.8 | 13.36% |
| EU | 117,930.1 | 13.50% |
Source: Nordic Statistics ENER10, units KTOE and PCENERCONS, retrieved at build time. Using the conventional
conversion 1 ktoe = 11.63 GWh, the five Nordic countries' services rows sum to about 12,595 ktoe, or roughly
146 TWh of services-sector final energy in 2023. Sweden alone is about 48 TWh on that conversion. Treat the TWh
figures as derived from the official ktoe rows, not as a separate official TWh release.
The EU services share in ENER10 (13.5% in 2023) matches the services share used in our companion piece on energy consumption in commercial buildings, which draws the same Eurostat energy-balance family for EU context. Nordic Energy Research's 2025 report Energy efficiency in the Nordics is useful regional framing for why services matter in the Nordic mix; it does not replace ENER10 as the quantitative source for the rows above, and we do not invent Nordic kWh/m² intensities from it.
What this Nordic block is for: showing that services are a material slice of final energy in every Nordic country, in the same ballpark as the EU aggregate. What it is not for: pretending those ktoe rows are office-or-school intensities.
What the numbers do not tell you
Honesty section. Read this before you paste a row into a board pack.
- Swedish lokaler intensity is heating + hot water. EN0103's kWh/m² rows in the worked table exclude most property electricity and almost all tenant or process loads. A building that looks "good" on heating intensity can still run hot on fans, pumps, lighting, IT or refrigeration. Comparing an EN0103 office row to a whole-building BMS electricity total is a category error unless you reconcile scopes first.
- There is no official harmonised Nordic kWh/m² table by commercial building type. Denmark, Finland, Iceland, Norway and Sweden do not publish one shared premise-type intensity survey equivalent to EN0103 for all five. ENER10 gives sector totals. EN0103 gives Swedish intensity. Keep them in separate columns.
- CBECS and ENERGY STAR are US method parallels, not Nordic substitutes. US whole-building surveys and Portfolio Manager scores answer a different question with different floor-area and fuel conventions. Our guides on energy consumption in commercial buildings and energy use intensity cover those tools. Do not paste US median EUI numbers into a Nordic lokaler comparison and call them Nordic benchmarks.
- No FrostLogic or Explore portfolio statistics in this v1. This asset is public-stats only. We are not mixing anonymised pilot intensities into the table.
- Model years and survey years are not the same thing. When you cite 2024 Swedish lokaler intensity, note that the release is written forward from the 2022 survey with weather and stock adjustments. That is still the official series; it is not a fresh census of every premise.
- An energideklaration or Swedish energikartläggning is a different instrument. A declaration class or a statutory large-enterprise audit (see energikartläggning) is not the same as EN0103's statistical intensity by lokaltyp. Do not treat them as interchangeable primary keywords or interchangeable numbers.
From benchmark to action
A yearly public intensity table answers "where do Swedish lokaler sit on heating and hot water, by type?" It does not tell an operator which AHU is fighting itself this week.
The practical sequence we use with commercial portfolios looks like this:
- Benchmark against a published peer intensity for the right country and scope (this article for Swedish lokaler heating+HW; US operators often start from Portfolio Manager instead). See also energy benchmarking for commercial buildings.
- Convert your own meters into a comparable intensity with a clear EUI definition and floor-area basis. The formula and traps are in energy use intensity.
- Move from annual comparison to continuous read when the gap is operational rather than design-stage: meter and BMS history, ranked by cost, which is the commercial path on energy management for commercial buildings and the measurement layer on energy monitoring.
Explore starts read-only by default. Writes stay off until an operator grants a scope. That is the starting state for connecting existing BMS and meter feeds; it is not a claim that the platform never writes.
Frequently asked questions
Does this Nordic commercial building energy benchmark include property electricity? No. The Swedish EN0103 intensity table in this article is heating and hot water only. Property electricity and tenant loads sit outside those rows. ENER10 services totals are whole-sector final energy, which is a different scope again.
Which year should I cite for Swedish lokaler intensity? Cite 2024 for the EN0103 intensity and total figures used here, and note that Energimyndigheten wrote 2024 forward from the 2022 survey. For Nordic services-sector totals from ENER10, cite 2023, the latest year in the table at retrieval time.
How is this different from an energideklaration? An energideklaration is a building-level energy performance document under Swedish building rules. EN0103 is national official statistics for lokaler, published as survey and modelled series by Energimyndigheten. They serve different legal and analytical jobs. This article does not publish class-letter distributions.
How does this relate to energikartläggning? Swedish large-enterprise energy auditing under the energikartläggning rules is a statutory audit cycle, not a public kWh/m² typology table. Continuous monitoring between audits is a separate follow-up conversation; the compliance page is at energikartläggning.
Can I use ENERGY STAR Portfolio Manager scores as Nordic benchmarks? Not as a drop-in. Portfolio Manager and CBECS are US peer tools built on US survey conventions. They are useful method parallels and are covered in our benchmarking and EUI guides. They are not Nordic official intensities.
How should I compare these figures to BMS or utility meters? Align scope first: heated area definition, whether hot water is included, whether electricity beyond heating is included, and whether the meter boundary is landlord-only or whole building. A temperature-adjusted EN0103 row will not match a raw calendar-year electricity total from a BMS export.
Will you update this benchmark every year? Yes. The point of a citation asset is to refresh when Energimyndigheten and Nordic Statistics publish the next reference year. We will revise the worked table and the ENER10 framing block rather than leave stale intensities unmarked.
Where can I download the Swedish intensity rows? Use the CSV of the 2024 EN0103_9 rows published with this article, or query Energimyndigheten's PxWeb EN0103 tables directly for the live series.
What's your building not telling you?
Tell us what you are trying to figure out: a Swedish lokaler intensity that looks off, a portfolio that will not reconcile to public benchmarks, or BMS meters that never quite match the annual filing. We listen first, then say straight whether Explore helps. 30 or 60 minutes, your pick. No commitment either way.
For the commercial product path without a call first, see energy management for commercial buildings.
FrostLogic Explore brings sensor intelligence, scenario simulation, and grounded-inference AI to commercial and industrial buildings. Learn more about Sensor Intelligence or talk it through with us.
Curious how this would look on your building?
What's your building not telling you?
Tell us what you're trying to figure out: energy drift, a BMS you don't trust, compliance you're chasing. We listen first, then tell you straight whether Explore helps. 30 or 60 minutes, your pick. No commitment either way.
