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Electricity · real time

Lithuania

current Electricity prices, interval by interval → Installed capacity →

Energy market

The price of electricity today

The day-ahead auction result, in Vilnius time.

Interval by interval

Average price today 290.01€/MWh 0.290 €/kWh now 275.08€/MWh interval 15:00–15:15 Tomorrow 215.59€/MWh auction published Last 30 days 107.40€/MWh average weighted by duration

Grid snapshot

Demand, generation and balance, updated every minute.

current data · as of 29/10/2026, 14:30:00

National consumption
1,778MW
▲ +26 MW vs a day ago
Domestic production
885MW
892 MW below consumption. The real border balance is measured separately.
▼ −10 MW vs a day ago
Importing now
1,003MW
Measured on the interconnectors, 56.4% of consumption. The 892 MW difference from “consumption minus production” is expected: generation-by-source as published does not cover everything that is generated.
▼ −990 MW vs a day ago
Solar production
275MW
31.0% of current production.
▲ +169 MW vs a day ago
Day-ahead price
275.1EUR/MWh
CO₂ estimated
199g/kWhestimated

Physical cross-border flows

Electricity measured crossing every border in September 2026, valued at this zone's day-ahead price.

95.7% of the month's hours measured

Physical exports 189,139 MWh estimated market value 15,993,769 €, at 84.56 €/MWh
Physical imports 352,815 MWh estimated market value 42,518,854 €, at 120.51 €/MWh
Estimated market value −26,525,085 € the month averaged 108.59 €/MWh
Border with Out, MWh at €/MWh In, MWh at €/MWh Difference €
Sweden 42,907 120.53 184,373 98.03 −12,902,671
Latvia 58,773 39.11 146,058 148.39 −19,374,862
Poland 87,459 97.46 22,385 123.79 5,752,448

26,525,085 € for 163,676 MWh that stayed in the country works out at 162.06 € per megawatt-hour, in a month that averaged 108.59.

  • Energy that stayed, at the month's average price 17,773,074 67.0%
  • What came in arrived above that average 4,207,780 15.9%
  • What went out left below it 4,544,230 17.1%

The first line is energy the country needed and got. The other two — 8,752,011 € together — come not from how much moved but from when: cheap hours to sell in, expensive hours to buy in. That is the price of a timing mismatch, not a loss.

Official validation AWAITING OFFICIAL ANRE DATA

Physical cross-border flows and commercial electricity trades measure different phenomena. ANRE data is shown as an independent official benchmark and should not be interpreted as an exact reconciliation.

All months, every border

Not an invoice. Cross-border electricity is not sold country to country: the markets are coupled and the physical flow is the outcome of a shared auction. These figures value the measured flow at this zone's own day-ahead price, so both directions can be compared on the same scale.

Flows are measured, quarter-hour by quarter-hour; hourly borders are spread across the four quarters they cover, so every megawatt-hour meets the price that was actually in force. Energy entering the country is not the same as energy consumed here — some of it passes through.

Who we sold energy to

Who we sold energy to when they needed it — last 30 days

data for the last 30 days · 30 days covered

  • Poland 104.08 GWh
    179 MW on average · 54.8%
  • Sweden 52.03 GWh
    320 MW on average · 27.4%
  • Latvia 33.73 GWh
    208 MW on average · 17.8%

What we sent our neighbours, per border. Energy summed from quarter-hour averages over the days actually covered by the archive. The average power is over the hours in which it flowed this way, not over every hour. A country can appear in both lists: with the same neighbour we import in some hours and export in others.

Who we bought energy from

Who sold us energy when we needed it — last 30 days

data for the last 30 days · 30 days covered

  • Sweden 285.63 GWh
    513 MW on average · 58.2%
  • Latvia 191.10 GWh
    344 MW on average · 38.9%
  • Poland 14.35 GWh
    105 MW on average · 2.9%

What our neighbours sent us, per border. Energy summed from quarter-hour averages over the days actually covered by the archive. The average power is over the hours in which it flowed this way, not over every hour. A country can appear in both lists: with the same neighbour we import in some hours and export in others.

Energy sources

current data · as of 29/10/2026, 14:30:00

Solar
275MW
31.0% of total
Other sources
172MW
19.4% of total
Pumped-storage hydro
163MW
18.4% of total
Waste
102MW
11.5% of total
Run-of-river hydro
69MW
7.8% of total
Onshore wind
59MW
6.7% of total
Natural gas
29MW
3.3% of total
Biomass
18MW
2.0% of total

Source shares

Every source, with its share and the emission factor used in the carbon estimate.

current data · as of 29/10/2026, 14:30:00

Solar: 275 MW Other sources: 172 MW Pumped-storage hydro: 163 MW Waste: 102 MW Run-of-river hydro: 69 MW Onshore wind: 59 MW Natural gas: 29 MW Biomass: 18 MW 885 MW total
  • Solar 31% 275MW
    Renewable
    yes
    Emission factor
    45 g CO₂eq/kWh
    Adds to the national average
    14.0 g/kWh
  • Other sources 19% 172MW
    Renewable
    no
    Emission factor
    490 g CO₂eq/kWh · weak factor, the figure is fragile
    Adds to the national average
    95.2 g/kWh
  • Pumped-storage hydro 18% 163MW
    Renewable
    no — storage, not generation: the energy was counted once, when the water was pumped
    Emission factor
    0 g CO₂eq/kWh
    Adds to the national average
    0.0 g/kWh
  • Waste 11% 102MW
    Renewable
    no — incineration is partly fossil, and the biogenic fraction is not published separately
    Emission factor
    580 g CO₂eq/kWh · weak factor, the figure is fragile
    Adds to the national average
    66.6 g/kWh
  • Run-of-river hydro 8% 69MW
    Renewable
    yes
    Emission factor
    24 g CO₂eq/kWh
    Adds to the national average
    1.9 g/kWh
  • Onshore wind 7% 59MW
    Renewable
    yes
    Emission factor
    11 g CO₂eq/kWh
    Adds to the national average
    0.7 g/kWh
  • Natural gas 3% 29MW
    Renewable
    no
    Emission factor
    490 g CO₂eq/kWh
    Adds to the national average
    16.1 g/kWh
  • Biomass 2% 18MW
    Renewable
    yes
    Emission factor
    230 g CO₂eq/kWh · weak factor, the figure is fragile
    Adds to the national average
    4.6 g/kWh

Renewable energy

Share of clean sources in total production.

current data · as of 29/10/2026, 14:30:00

Solar: 275 MW · Run-of-river hydro: 69 MW · Onshore wind: 59 MW · Biomass: 18 MW 47,4% of production
  • Solar275 MW
  • Run-of-river hydro69 MW
  • Onshore wind59 MW
  • Biomass18 MW

Energy radar

current data · as of 29/10/2026, 14:30:00

69 137 206 275 Solar: 275 MW Wind: 59 MW Hydro: 231 MW Nuclear: 0 MW Gas: 29 MW Coal: 0 MW Solar Wind Hydro Nuclear Gas Coal
Latvia 649 MW import Sweden 417 MW import Poland 63 MW export LITHUANIA cross-border energy flows THE NATIONAL POWER SYSTEM IN ITS REGIONAL CONNECTIONS Import into Lithuania (energy coming in) Export from Lithuania (energy going out) Total cross-border exchange 1.129 MW Import 1.066 MW Export 63 MW 0 50 100 200 km N

The arrows and figures are measurements, as of 29 October at 12:00. The transmission grid is not shown: we do not have its routes for this country yet.

Exchanges with neighbours

Green = Lithuania exports, orange = Lithuania imports.

current data · as of 29/10/2026, 14:30:00

Latvia Latvia: 649 MW Sweden Sweden: 417 MW Poland Poland: 63 MW 0

The price right now, across Europe

The interval in progress, live data from right now, in every bidding zone we have a price for.

live data · as of 29/10/2026, 15:00:00

Lithuania is 9 of 46, counting from the dearest. Exactly as dear as in one other zone. Average across zones: 204 EUR/MWh.

  1. 1 AL 351EUR/MWh
  2. 1 XK 351EUR/MWh
  3. 3 RS 340EUR/MWh
  4. 4 MK 322EUR/MWh
  5. 5 ME 305EUR/MWh
  6. 6 RO 303EUR/MWh
  7. 7 HU 300EUR/MWh
  8. 7 BG 300EUR/MWh
  9. 9 LT 275EUR/MWh
  10. 9 LV 275EUR/MWh
  11. 11 HR 270EUR/MWh
  12. 12 CH 267EUR/MWh
  13. 13 SI 261EUR/MWh
  14. 14 AT 251EUR/MWh
  15. 15 SE (SE4) 245EUR/MWh
  16. 15 DE and LU 245EUR/MWh
  17. 17 PL 244EUR/MWh
  18. 18 NL 242EUR/MWh
  19. 18 CZ 242EUR/MWh
  20. 20 IT (CALABRIA) 240EUR/MWh
  21. 20 IT (CENTRE_NORTH) 240EUR/MWh
  22. 20 IT (CENTRE_SOUTH) 240EUR/MWh
  23. 20 IT (NORTH) 240EUR/MWh
  24. 20 IT (SICILY) 240EUR/MWh
  25. 20 IT (SOUTH) 240EUR/MWh
  26. 26 DK (DK2) 239EUR/MWh
  27. 27 BE 237EUR/MWh
  28. 28 SK 233EUR/MWh
  29. 29 DK (DK1) 220EUR/MWh
  30. 30 IE 213EUR/MWh
  31. 31 FR 211EUR/MWh
  32. 32 NO (NO2) 184EUR/MWh
  33. 33 NO (NO1) 156EUR/MWh
  34. 34 ES 151EUR/MWh
  35. 35 NO (NO5) 147EUR/MWh
  36. 36 PT 119EUR/MWh
  37. 37 NO (NO3) 114EUR/MWh
  38. 38 SE (SE3) 96EUR/MWh
  39. 39 TR 69EUR/MWh
  40. 40 GR 58EUR/MWh
  41. 41 NO (NO4) 25EUR/MWh
  42. 42 FI 24EUR/MWh
  43. 42 EE 24EUR/MWh
  44. 44 SE (SE2) 23EUR/MWh
  45. 45 SE (SE1) 19EUR/MWh
  46. 46 IT (SARDINIA) 3EUR/MWh

Wholesale prices for the interval covering this moment, bidding zone by bidding zone — countries with several zones appear once per zone, with its code in brackets. The average is arithmetic across zones, not weighted by demand: a small zone counts as much as a large one. The figures exclude network tariffs, excise duty and VAT.

What balancing cost, in the last 24 hours

The source for this country does not publish this dataset. Nothing is estimated in its place.

Who consumes: the base, the work rhythm, the day

An estimate from the shape of the consumption curve, not a measurement by customer category — that is not published in real time. Three parts: what never stops, what runs in shifts on working days, what switches on during the day.

archive up to 29/10/2026, 12:00:00

The base, non-stop
1,049MW
71.0% of the week's average · the Sunday-night floor: fridges, servers, installations that never stop
The work rhythm
64MW
4.3% of the week's average · how much more a working night carries than a Sunday night: the shifts
The day
364MW
24.7% of the week's average · what exceeds the working-night floor, on average: offices, shops, homes awake

Over the last seven days consumption averaged 1,477 MW and ranged between 1,100 and 1,820 MW.

How it was measured: the median of the 02–05 hours over 8 Sunday mornings (1,049 MW) and over 30 working mornings, Tuesday to Friday (1,113 MW), across the last 8 weeks; the average over the last seven days. The parts are cut from one another in order and add up exactly to the average.

The parts are shapes of the curve, not customer categories: the base holds every household's fridge as well as a plant that never stops; the day holds single-shift factories too. “Industrial” and “household” would be words these data cannot defend.

The operator's consumption forecast

How much the country is expected to consume, hour by hour, according to the forecast the transmission operator publishes for today and tomorrow. The line is the forecast; the bars, consumption measured so far.

forecast issued 29/10/2026, 14:05:05 · ENTSO-E

Operator's forecast Measured consumption, hourly average
0 500 1,000 1,500 2,000 00:00 — 1,253 MW 01:00 — 1,180 MW 02:00 — 1,165 MW 03:00 — 1,162 MW 04:00 — 1,170 MW 05:00 — 1,257 MW 06:00 — 1,501 MW 07:00 — 1,657 MW 08:00 — 1,748 MW 09:00 — 1,731 MW 10:00 — 1,694 MW 11:00 — 1,691 MW 12:00 — 1,673 MW 13:00 — 1,746 MW 14:00 — 1,750 MW today tomorrow now 00 06 12 18 00 06 12 18
Today's peak
1,751MW
at 18:30
Today's low
1,143MW
at 01:45
Next hour
1,674MW
at 15:15
Tomorrow's peak
1,756MW
at 17:15

The forecast is the transmission operator's, published on its own platform — not a model of ours. It is revised during the day; for each hour the latest issue is shown. The running hour, in the bars, only shows what has accumulated so far.

Units out of service

Unavailable capacity, now and over the next two weeks

970 MW out now

Unit Lost Period
Lietuvos elektrineNatural gas · LE TG-9 445 MW 22 Oct – 24 Nov forced
Lietuvos elektrineNatural gas · LE TG-7 300 MW 11 Aug – 7 Feb forced
KruonioHAEPumped-storage hydro · KHAE HA4 225 MW 26 May – 2 Apr forced

How much prosumers produce right now

The source for this country does not publish this dataset. Nothing is estimated in its place.

Today's solar, hour by hour

Measured hourly average for the current local day. The running hour only shows what has accumulated so far.

current data · as of 29/10/2026, 14:30:00

127 254 00:00 — 0 MW 01:00 — 0 MW 02:00 — 0 MW 03:00 — 0 MW 04:00 — 0 MW 05:00 — 0 MW 06:00 — 0 MW 07:00 — 2 MW 08:00 — 23 MW 09:00 — 82 MW 10:00 — 146 MW 11:00 — 230 MW 12:00 — 216 MW 13:00 — 254 MW 14:00 — 247 MW 00 06 12 18 23

Today's wind, hour by hour

Measured hourly average for the current local day. The running hour only shows what has accumulated so far.

current data · as of 29/10/2026, 14:30:00

72 144 00:00 — 144 MW 01:00 — 121 MW 02:00 — 105 MW 03:00 — 103 MW 04:00 — 78 MW 05:00 — 70 MW 06:00 — 64 MW 07:00 — 72 MW 08:00 — 75 MW 09:00 — 101 MW 10:00 — 63 MW 11:00 — 44 MW 12:00 — 34 MW 13:00 — 37 MW 14:00 — 51 MW 00 06 12 18 23

Today's storage, hour by hour

Deduced, not read from a key: the generation the feed includes in its total without itemising — by its behaviour, battery discharge. The bar is the hour's average, the dotted line the hour's peak power.

current data · as of 29/10/2026, 14:30:00

240 481 00:00 — 63 MW 01:00 — 155 MW 02:00 — 158 MW 03:00 — 80 MW 04:00 — 109 MW 05:00 — 87 MW 06:00 — 139 MW 07:00 — 366 MW 08:00 — 352 MW 09:00 — 313 MW 10:00 — 179 MW 11:00 — 346 MW 12:00 — 316 MW 13:00 — 207 MW 14:00 — 148 MW MW — vârf 00 06 12 18 23

The Transelectrica feed has no storage key. The figure is the difference between the published total and the named sources: constant at night, near zero by day — the behaviour of a discharging battery. It is a deduction labelled as such, not a measurement.

How we estimated 199 g CO₂/kWh

This is an estimate, not a measurement. There is no official carbon-intensity measurement for this country, so we compute it from the production mix.

Σ(source generation × source factor) / Σ(generation), over positive values, with life-cycle factors.

The factors are life-cycle values — they include construction and fuel, not just combustion. That is why solar, wind and nuclear are not zero. Source: IPCC AR5 WG3, Anexa III, Tabelul A.III.2 (mediane), version 1.

Caution: 32.9% of production comes from sources with weak factors (biomass, waste, unattributed output). The figure is indicative and not suitable for cross-country comparison.

SourceMWg/kWh
Solar27545
Other sources172490
Pumped-storage hydro1630
Waste102580
Run-of-river hydro6924
Onshore wind5911
Natural gas29490
Biomass18230

Energy news

See all the news

No announcement has appeared yet. When the first one does, you will find it here.

The generation fleet, 2026

Installed capacity by source, as the operator reports it.

Installed capacity 8,840MW reported for 2026 Cleaner energy for tomorrow
Renewables 66.2% 5,848 MW
Largest source Solar 34.1%
Against 2025 +2,535 MW
Source Capacity (MW) Of total
Solar 3,018+1,231 34.1%
Onshore wind 2,507+824 28.4%
Natural gas 1,597+94 18.1%
Pumped-storage hydro 900 10.2%
Other sources 449+412 5.1%
Biomass 193−3 2.2%
Run-of-river hydro 130+1 1.5%
Waste 46−24 0.5%
Oil 0 0.0%
All the capacity statistics
How the renewable share is computed

Σ(renewable sources, positive values only) / Σ(all sources, positive only).

Numerator: Solar, Run-of-river hydro, Onshore wind, Biomass.

Denominator: 885 MW.

Pumped-storage hydro and waste are not counted as renewable — the first would double-count energy, the second is partly fossil and its biogenic fraction cannot honestly be separated.

Consumption — 7 days

24 hours 48 hours 7 days 30 days 90 days 1 year all
1,500 10/2210/2610/29

165 points, PT60M resolution. Long ranges are served from precomputed aggregates — a one-year chart from per-minute data would push hundreds of thousands of points into the browser for nothing. Our archive starts at 2015-01-01 22:00 UTC.

By source

Each source has its own page, with history and context:

Solar power · Wind power · Hydropower · Power from natural gas · Power from biomass

Alerts

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Source: ENTSO-E Transparency Platform, nordpool · shares are computed on positive values, because solar farms draw from the grid at night · JSON API: /api/v1/countries/LT/latest

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