The most important events in the market in 2022
Price:
- In 2022, both in Latvia and in Europe, electricity prices continued to rise, reaching a new highest historical price level in each summer month. Prices fell after the record in August, when the average monthly price of electricity reached EUR 467,75 per megawatt hour (MWh), but on August 17, in the period from 18.00 to 19.00, the price of electricity reached the maximum hourly price mark set by the NordPool exchange - 4000 EUR/MWh;
- The average electricity price in Latvia in 2022 reached 226,91 EUR/MWh - compared to 2021, the increase is 156%;
- The sharp increase in prices was caused by a number of factors, which were based on the reactions caused by the Russian invasion of Ukraine - due to concerns about the sufficiency of energy resources in the coming winter, gas prices in Europe rose dramatically in the summer months, which gradually decreased towards the end of the year, the price increase was also facilitated by the refusal of the Baltic States and Finland to import electricity from Russia and Belarus;
- Also, the price increase was facilitated by the hot weather in Europe, which resulted in an increase in energy consumption for cooling purposes and a decrease in water inflow to hydroelectric power plant reservoirs in Scandinavia.
Generation and consumption in Latvia:
- In 2022, 4,794 gigawatt hours (GWh) of electricity were produced in Latvia, which is 14,5% less than a year ago, while Latvia's electricity consumption decreased by 3,7%, reaching 7,106 GWh per year;
- As consumption and even more - production decreased, electricity import increased in 2022 - 2,311 GWh of electricity was received from neighboring countries, or 30,4% more than in 2021, and thus Latvia's consumption was covered by local generation in the amount of 67,5% ( a decrease of 8,52 percentage points compared to 2021);
- The amount of production in 2022 has increased in the generation of renewable resources - Daugava hydroelectric power stations produced 1,3% more, wind power stations - 34,5% more, small hydroelectric power stations have increased by 13,3% and significantly - by 122% - increased the amount of electricity produced by solar power plants, however, their total contribution to the total balance of electricity in Latvia is still small or 0,11%;
- On the other hand, a drop in production can be observed in fossil fuel stations - the amount of electricity produced in large cogeneration stations has decreased by 36,9%, the contribution of small cogeneration stations continues the steady decline observed for the last six years with a 67,5% drop in 2022, with biomass produced by 5,9 % less, with biogas - by 9,4% less;
- The changes in the production structure are associated with the high gas price, which resulted in the operation of large cogeneration plants in minimum mode from March to August, as well as the connection of new wind and solar power plants to the grid.
Import to the Baltic States:
- Taking into account the decision of the Baltic States to reduce the import of electricity from third countries from March 2022 and the complete rejection of electricity from Russia and Belarus from May 2022 due to the hostilities initiated by Russia in Ukraine, the annual import from these countries has fallen by 77% compared to 2021 year, and amounted to 1,095 GWh;
- Imports from third countries to the Baltics replaced those produced in Europe - with a total increase of 20%, 12,716 GWh of electricity was imported: 6,823 GWh from Finland (an increase of 6%), 4,947 GWh from Sweden (an increase of 43%) and 946 GWh from Poland (38% increase).
ELECTRICITY GENERATION IN LATVIA
Generation type |
Year 2022, MWh |
Relative changes from the previous year |
Year 2021, MWh |
---|---|---|---|
Daugava Hydro |
2 653 033 |
1,3% |
2 619 797 |
Thermal* |
1 215 715 |
-36,9% |
1 925 652 |
Wind |
188 364 |
34,5% |
140 022 |
Cogeneration (up to 10MW) |
73 260 |
-67,5% |
225 425 |
Biomass (up to 10MW) |
344 055 |
-5,9% |
365 784 |
Biogas (up to 10MW) |
237 283 |
-9,4% |
261 969 |
Small Hydro (up to10MW) |
77 678 |
13,3% |
68 575 |
Solar |
5 262 |
122,2% |
2 369 |
Production (Total) |
4 794 651 |
-14,5% |
5 609 592 |
* Rīgas TEC-1, Rīgas TEC-2, AS "Rīgas Siltums", SIA "Juglas Jauda", SIA "Fortum"
Year 2022, MWh |
Relative changes from the previous year |
Year 2021, MWh |
|
---|---|---|---|
Electricity import to Latvian electricity grid[1] |
5 308 232 |
13,8% |
4 666 370 |
Export from Latvian electricity grid[2] |
2 996 705 |
3,6% |
2 893 735 |
Net exchange SALDO |
2 311 527 |
30,4% |
1 772 634 |
|
Year 2022, MWh |
Relative changes from the previous year |
Year 2021, MWh |
---|---|---|---|
Latvian electricity consumption[3] |
7 106 177 |
-3,7% |
7 382 226 |
Consumption share covered by local generation |
67,5% |
-8,52 (percentage points) |
76,0% |
INTERCONNECTION LOAD AND ELECTRICITY PRICES
Price area |
Average year price EUR/MWh |
Relative change compared to previous year |
Average year 2021 price 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 |
154,04 |
113% |
72,34 |
-2,08 |
861,14 |
1,95 |
501,45 |
NP Estonia |
192,82 |
122% |
86,73 |
-0,04 |
4000,00 |
11,46 |
682,05 |
NP Latvia |
226,91 |
156% |
88,78 |
-0,04 |
4000,00 |
11,46 |
823,98 |
NP Lithuania |
230,23 |
155% |
90,45 |
-0,04 |
4000,00 |
11,46 |
823,98 |
NP Sweden (SE4) |
152,10 |
89% |
80,52 |
-2,08 |
799,97 |
1,95 |
542,23 |
Poland |
166,72 |
92% |
86,82 |
16,33 |
771,00 |
59,3 |
387,92 |
COMPARISON OF PRICES BETWEEN NEIGHMOURING PRICES AREAS
Comparable NP price areas |
Hours with the same price in the year 2022 (%) |
Relative changes from previous year (percentage points) |
Hours with the same price in the year 2021 (%) |
---|---|---|---|
NPS FI & EE |
62% |
2,1 |
60% |
NPS EE & LV |
75% |
-19,6 |
95% |
NPS LV & LT |
96% |
3,3 |
93% |
NPS LT & SE4 |
36% |
-32,4 |
69% |
CONGESTION OF THE BALTIC INTERCONNECTIONS
Interconnections |
Average year congestion % |
Relative changes from the previous year (percentage points) |
Lowest fixed monthly congestion in the review period |
Highest fixed monthly congestion in the review period |
---|---|---|---|---|
LV -> LT |
48% |
-1 |
31,2% |
70,2% |
EE -> LV |
72% |
28 |
45,5% |
95,4% |
LT -> LV |
2% |
1 |
0,0% |
4,5% |
PL->LT |
22% |
5 |
1,9% |
50,3% |
LT->PL |
42% |
1 |
17,8% |
79,1% |
SE4->LT |
87% |
26 |
65,6% |
99,9% |
FI->EE |
79% |
6 |
59,9% |
95,4% |
LV>EE |
1% |
-2 |
0,0% |
2,3% |
EE>FI |
0% |
-0 |
0,0% |
2,7% |
LKAL>LT |
98% |
0 |
93,7% |
100,0% |
LT>SE4 |
0% |
-3 |
0,0% |
95,4% |
LRI>LV |
33% |
-53 |
0,0% |
99,8% |
IMPORT OF ELECTRICITY TO THE BALTIC STATES
|
Year 2022, MWh |
Relative changes from the previous year |
Year 2021, MWh |
---|---|---|---|
Import from 3rd countries to the Baltic States |
1 095 320 |
-77% |
4 671 229 |
Import from EU countries to Baltics, inlcuding: |
12 715 986 |
20% |
10 576 386 |
- from Poland | 945 775 | 38% | 684 146 |
- from Sweden | 4 947 181 | 43% | 3 469 965 |
- from Finland | 6 823 030 | 6% | 6 422 275 |
Balancing market in the Baltics
BALANCING ENERGY PRICES IN THE BALTICS
Imbalance price |
Year 2022, EUR/MWh |
Relative changes from the previous year |
Year 2021, EUR/MWh |
---|---|---|---|
Estonia |
224,87 |
145% |
91,61 |
Latvia |
230,97 |
151% |
92,07 |
Lithuania |
230,79 |
150% |
92,37 |
HIGHEST AND LOWEST BID PRICES
|
Estonia |
Latvia |
Lithuania |
|||
---|---|---|---|---|---|---|
|
Upward |
Downward |
Upward |
Downward |
Upward |
Downward |
Highest price, EUR/MWh |
1 500,05 |
1 500,05 |
1 500,05 |
1 500,05 |
1 500,05 |
1 500,05 |
Lowest price, EUR/MWh |
-321,00 |
-321,00 |
-321,00 |
-321,00 |
-321,00 |
-321,00 |
TOTAL ACTIVATED ENERGY BY COUNTRY, MWh
|
Upward |
Downward |
||
---|---|---|---|---|
|
Activated energy, MWh |
Change compared to previous year, % |
Activated energy, MWh |
Change compared to previous year, % |
Estonia |
29 274 |
4% |
38 962 |
160% |
Latvia |
45 756 |
31% |
38 309 |
82% |
Lithuania |
11 2513 |
58% |
64 632 |
169% |
Finland |
13 852 |
-44% |
29 036 |
-70% |
Sweden |
8 958 |
-42% |
48 908 |
9% |
AVERAGE STANDARD BID IN HOUR, MW
|
Average standard bid amount in hour, MW |
Change compared to previous year |
% of hours with no standard bids |
|||
---|---|---|---|---|---|---|
|
Up |
Down |
Up |
Down |
Up |
Down |
Baltic states |
790 |
338 |
9% |
-4% |
0% |
1% |
Estonia |
21 |
39 |
-12% |
-16% |
3% |
8% |
Latvia |
121 |
90 |
-5% |
13% |
10% |
29% |
Lithuania |
648 |
209 |
13% |
-7% |
0% |
11% |
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, AT - Austrian trade area, BE - Belgium trade area, DE-LU - German- Luxembourg trade area, FR - France trade area, NL - the Netherlands trade area, DK1 and DK2 - Danish 1. and 2. 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).
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.