Latvian electricity market overview

In May 2022, the average price of electricity in the Latvian trading area increased to EUR 164,20 per megawatt hour (MWh), which is 50,1% more than in April, but compared to May 2021, the price is 239% higher.

Highlights in May:
  • In May, 402,525 MWh of electricity was produced in Latvia, which is 39% less than in April and 24% less than a year ago, while electricity consumption in Latvia was 571,154 MWh, which is 2% less than in April and one percent less than a year ago;
  • Thus, in May, 70,5% of the electricity consumed in the country was produced in Latvia, which is a drop compared to April, when 112,8% of the required electricity was produced and exported, the missing amount in May - 168,629 MWh imported from neighboring countries;
  • The largest drop in the amount of electricity produced can be observed at the Daugava HPP - in May, when the floods in the Daugava subsided, 310,372 MWh of electricity was produced, which is 44,1% less than in April and 26,5% less than a year ago;
  • Large cogeneration plants produced 25,250 MWh of electricity in May, which is 23% more than in April and 114% more than a year ago, while the volume produced by wind plants in May showed a decrease of 23% compared to April, but for May 2021 - a decrease of 2,4%;
  • A significant drop in the amount of electricity produced can be observed in small (with a capacity of up to 10 MW) cogeneration stations - only 2,810 MWh were produced in May, which is 72% less than in April and 86,6% less than a year ago, other types of electricity production have not been significantly affected Latvia's electricity balance;
  • In May, an equalization of electricity prices can be observed in Europe - if in April one MWh had to be paid from 79,36 EUR in Finland to 233,10 EUR in France, then in May this corridor of price fluctuations is between 132,66 and 197,43 EUR - in countries where electricity was on average cheaper, its price increased, while where it cost more on average, prices decreased, the decrease in prices is related to the decrease in consumption after the heating season, while the increase is due to interconnection maintenance repairs, as a result of which the transmission capacity was limited;
  • In May, compared to April, the import of electricity to the Baltics from Russia decreased by 69%, but compared to May 2021 - by 7,4 times, this is due to the joint decision of European countries not to buy electricity from Russia from May 22, 2022 due to the sanctions and the import capacity restrictions set since March;
  • In May, the import of electricity to the Baltics from Europe also decreased by 6,5%, while at the same time, compared to May 2021, the import from Europe increased by 28,4%. The mentioned changes are related to greater or lesser transmission capacity limitations due to the maintenance works of interconnecting lines last year and this year.
ELECTRICITY GENERATION IN LATVIA MAY 2022

Generation type

May 2022, MWh

Relative changes from the previous month

May 2021, MWh

Daugava Hydro

310 372

-44%

422 203

Thermal*

25 250

23%

11 795

Wind

10 373

-23%

10 626

Cogeneration (up to 10 MW)

2 810

-72%

21 036

Biomass (up to 10MW)

26 075

0%

32 265

Biogas (up to 10MW)

20 080

-1%

22 924

Small Hydro (up to 10 MW)

6 894

-38%

9 316

Solar

671

24%

332

Production (Total)

402 525

-39%

530 497

* Rīgas TEC-1, Rīgas TEC-2, AS "Rīgas Siltums", SIA "Juglas Jauda", SIA "Fortum"

 

May 2022, MWh

Changes compared to previous month

May 2021, MWh

Electricity import to Latvian electricity grid[1]

442 228

49%

280 342

Export from Latvian electricity grid[2]

273 600

-26%

233 778

Net exchange SALDO

168 629

-325%

46 564

 

May 2022, MWh

Changes compared to previous month

May 2021, MWh

Consumption in Latvia[3]

571 154

-2.0%

577 061

Public consumption coverage with local generation

70%

-42 (percentage points)

92%

INTERCONNECTION LOAD AND ELECTRICITY PRICES

Price area

Average monthly price EUR/MWh

Changes compared with previous month

Average monthly price, May 2021 EUR/MWh

Lowest fixed hour price EUR/MWh

Highest fixed hour price EUR/MWh

Lowest fixed daily price EUR/MWh

Highest fixed daily price EUR/MWh

NP Finland

132,66

67%

45,94

1,03

500,05

36,07

244,63

NP Estonia

151,37

50,4%

48,42

6,63

500,05

91,07

244,63

NP Latvia

164,20

50,1%

48,42

6,63

500,05

97,50

244,72

NP Lithuania

164,71

41,4%

50,35

6,63

500,05

97,50

244,72

NP Sweden (SE4)

132,83

21%

47,78

0,03

296,90

12,68

217,39

Poland

140,49

13%

65,6

44,64

287,92

101,59

193,79

COMPARISON OF PRICES BETWEEN NEIGHMOURING PRICES AREAS

Comparable NP price areas

Hours with the same price (%)

Relative changes from the previous month (percentage points)

Hours with the same price (%), May 2021

NPS FI & EE

76%

14,8

84%

NPS EE & LV

76,9%

-14,2

100%

NPS LV & LT

99%

10,3

90%

NPS LT & SE4

56%

-27,2

86%

CONGESTION OF THE BALTIC INTERCONNECTIONS

Interconnections

Average month congestion %

Relative changes from the previous month (percentage points)

Lowest fixed daily congestion in the review period

Highest fixed daily congestion in the review period

LV -> LT

42%

-28

11,4%

79,7%

EE -> LV

69%

9

23,4%

100,0%

LT -> LV

4%

4

0,0%

29,4%

PL->LT

25%

23

0,0%

73,6%

LT->PL

36%

-44

1,1%

99,6%

SE4->LT

74%

7

25,8%

100,0%

FI->EE

60%

-25

15,5%

99,7%

LV>EE

1%

1

0,0%

14,9%

EE>FI

3%

3

0,0%

32,7%

LKAL>LT

94%

-2

15,5%

100,0%

LT>SE4

0%

-1

0,0%

3,0%

LRI>LV

2%

-96

0,0%

3,2%

IMPORT OF ELECTRICITY TO THE BALTIC STATES

 

May 2022, MWh

Relative changes from the previous month

May 2021, MWh

Import from 3rd countries to the Baltic States

65 616

-69%

486 766

Import from EU countries to Baltics, including:

877 176

-6%

683 136

From Poland

77 066

1072%

536

From Sweden

347 164

12%

203 200

From Finland

452 946

-27%

479 400

Balancing market in the Baltics
BALANCING ENERGY PRICES IN THE BALTICS

Imbalance price 

May 2022, EUR/MWh

Relative changes from the previous month

May 2021, EUR/MWh

Estonia

197.27

72%

40,15

Latvia

197.33

72%

40,15

Lithuania

197.33

72%

40,67

HIGHEST AND LOWEST BID PRICES

 

Estonia

Latvia

Lithuania

 

Up

Down

Up

Down

Up

Down

Highest price, EUR/MWh

950

950

950

950

950

950

Lowest price, EUR/MWh

-321

-321

-321

-321

-321

-321

TOTAL ACTIVATED ENERGY BY COUNTRY, MWh

 

Upward

Downward

 

Total activated energy, MWh

Change compared to previous month, %

Total activated energy, MWh

Change compared to previous month, %

Estonia

2677

41%

2558

-10%

Latvia

3640

50%

4154

-39%

Lithuania

8928

20%

3963

-31%

Finland

1546

11%

1344

-61%

Sweden

1441

-2%

4187

-47%

AVERAGE STANDARD BID AMOUNT IN HOUR, MW

 

Average standard bid amount in hour, MW

Change compared to the previous month

% of hours with no standard bids

 

Up

Down

Up

Down

Up

Down

Baltic states

714

363

-6%

-2%

0%

0%

Estonia

22

43

-13%

81%

3%

11%

Latvia

136

125

2%

-13%

10%

16%

Lithuania

556

196

-8%

-3%

0%

14%


Abbreviations and designations used:

LV - Latvia trade area, LT - Lithuania trade area, EE - Estonia trade area, PL - Poland trade area, FI - Finland trade area, SE4 - Sweden's fourth trade area, LBI - Lithuania-Belarus Import trade area, LRI - Latvia-Russia import trade area.

Load = monthly total commercial flow in kWh / monthly total net transfer capacity in kWh ("Net Transfer Capacity" NTC).

Commercial electricity imports to the Baltic States from third countries (Russia) take place on the Latvian-Russian border (LRI-LV) and the Lithuanian-Kaliningrad border (LT-LKAL), according to NordPool data.

Nord Pool is a Nordic electricity exchange where, based on market principles, the electricity price of the Latvian trading area is determined.

[1] Here and in the following review, electricity imports are not commercial transactions, but electricity that physically entered the network from other countries.

[2] Here and in the following review, electricity exports are not commercial transactions, but electricity physically transferred from the grid to other countries.

[3] According to the (ENTSO-E) definition, which does not include electrical self consumption.