In February, the average price of electricity in Latvia increased by 14,1%, reaching 113,77 EUR/MWh (EUR per megawatt hour), which is significantly lower than the average price level of 2022 - 226,91 EUR/MWh.
Highlights in February:
- Although the total amount of electricity produced in Latvia decreased by 25% in February compared to January, due to the high amount of electricity produced by the Daugava HPP, as well as the increase in large cogeneration stations, in February Latvia produced 18% more electricity than was consumed;
- Thus, in February Latvia exported a total of 104 gigawatt hours of electricity to neighboring countries, which is less than in January, when 274 gigawatt hours of electricity were exported;
- In February, the fall in Latvia continued and, in general, the amount of electricity produced by the Daugava HPP remains high, despite a 44% drop compared to January;
- As gas prices continue to decrease, the production of electricity in large cogeneration stations has increased by 35%, while the development of small cogeneration stations (with a capacity of up to 10 megawatts) has increased by 116%;
- In Latvia, since May 2022, the amount of electricity consumed has continued to decrease - compared to January, it decreased by 9%, and compared to February 2022 - by 3,7%, the decrease can be explained by the increase in the amount of microgeneration in households, as a result of which not everything is accounted for the amount of electricity consumed, as well as the increase in electricity prices, as a result of which consumers changed their electricity consumption habits;
- After 2022, which was full of price fluctuations and anti-records, in January and February of this year, stabilization of prices can be observed in the Baltics - in January they were around 100 EUR/MWh, and in February - around 114 EUR/MWh;
- Smaller price fluctuations were observed in the interconnected price zones of the Baltics - in Finland and Poland, prices increased by 1,7% and 3,2%, but in Sweden's 4th price area it decreased by 1,7%, price stabilization is also observed elsewhere in Europe;
- Although no limits were set for the international transmission capacities from Sweden to Lithuania and from Finland to Estonia in February, they were still not sufficient to prevent congestion and price differences between regions.
ELECTRICITY GENERATION IN LATVIA FEBRUARY 2023
Generation type |
February 2023, MWh |
Relative changes from the previous month |
February 2022, MWh |
---|---|---|---|
Daugava Hydro |
359 528 |
-44% |
307 743 |
Thermal* |
246 612 |
35% |
56 709 |
Wind |
25 480 |
-24% |
19 930 |
Cogeneration (up to 10 MW) |
2 947 |
116% |
15 353 |
Biomass (up to 10MW) |
27 224 |
-19% |
29 380 |
Biogas (up to 10MW) |
18 423 |
-7% |
17 385 |
Small Hydro (up to 10 MW) |
9 409 |
-10% |
9 894 |
Solar |
201 |
298% |
84 |
Production (Total) |
689 824 |
-25% |
456 478 |
* Rīgas TEC-1, Rīgas TEC-2, AS "Rīgas Siltums", SIA "Juglas Jauda", SIA "Gren Latvija"
February 2023, MWh |
Changes compared to previous month |
February 2022, MWh |
|
---|---|---|---|
Electricity import to Latvian electricity grid[1] |
194 919 |
8% |
320 303 |
Export from Latvian electricity grid[2] |
299 258 |
-34% |
168 543 |
Net exchange SALDO |
104 339 (deficit) |
-62% |
151 760 (deficit) |
|
February 2023, MWh |
Changes compared to previous month |
February 2022, MWh |
---|---|---|---|
Consumption in Latvia[3] |
585 485 |
-9% |
608 238 |
Public consumption coverage with local generation |
118% |
-25 (percentage points) |
75% |
INTERCONNECTION LOAD AND ELECTRICITY PRICES
Price area |
Average monthly price EUR/MWh |
Changes compared with previous month |
Average monthly price, February 2022 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 |
78.76 |
-68% |
106.71 |
0.05 |
242.00 |
17.92 |
136.81 |
NP Estonia |
99.27 |
-62% |
141.74 |
0.05 |
263.74 |
17.92 |
173.37 |
NP Latvia |
99.74 |
-62% |
143.81 |
0.05 |
263.74 |
17.92 |
173.37 |
NP Lithuania |
103.06 |
-61% |
145.87 |
0.05 |
263.74 |
17.92 |
188.64 |
NP Sweden (SE4) |
93.34 |
-62% |
105.77 |
0.05 |
263.74 |
17.92 |
188.64 |
Poland |
132.50 |
-24% |
143.85 |
5.17 |
211.44 |
45.02 |
186.96 |
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 (%), February 2022 |
---|---|---|---|
NPS FI & EE |
59.1% |
-6.3 |
47.6% |
NPS EE & LV |
98.3% |
-1.1 |
95.6% |
NPS LV & LT |
91.9% |
-6.9 |
95.3% |
NPS LT & SE4 |
70.6% |
13.7 |
41.3% |
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 |
56.9% |
-10.1 |
11.6% |
85.9% |
EE -> LV |
54.5% |
10.8 |
9.8% |
91.3% |
LT -> LV |
0.5% |
0.3 |
0.0% |
8.7% |
PL->LT |
5.5% |
2.3 |
0.0% |
38.6% |
LT->PL |
76.9% |
-10.2 |
30.4% |
100.0% |
SE4->LT |
86.6% |
5.1 |
41.0% |
100.0% |
FI->EE |
89.4% |
9.5 |
48.9% |
100.0% |
LV>EE |
0.9% |
0.5 |
0.0% |
9.6% |
EE>FI |
0.0% |
-0.1 |
0.0% |
0.0% |
LT>SE4 |
0.0% |
-0.7 |
0.0% |
0.2% |
IMPORT OF ELECTRICITY TO THE BALTIC STATES
|
February 2023, MWh |
Relative changes from the previous month |
February 2022, MWh |
---|---|---|---|
Import from 3rd countries to the Baltic States |
0 |
0.0% |
245 275 |
Import from EU countries to Baltics, including: |
1 036 079 |
1.7% |
1 150 860 |
From Poland |
11 870 |
-92.1% |
54 802 |
From Sweden |
420 315 |
6.1% |
462 731 |
From Finland |
603 894 |
28.0% |
633 327 |
Balancing market in the Baltics
BALANCING ENERGY PRICES IN THE BALTICS
Imbalance price |
February 2023, EUR/MWh |
Relative changes from the previous month |
February 2022, EUR/MWh |
---|---|---|---|
Estonia |
104.74 |
-16% |
74.76 |
Latvia |
104.74 |
-16% |
74.76 |
Lithuania |
104.74 |
-16% |
74.76 |
HIGHEST AND LOWEST BID PRICES
|
Estonia |
Latvia |
Lithuania |
|||
---|---|---|---|---|---|---|
|
Up |
Down |
Up |
Down |
Up |
Down |
Highest price, EUR/MWh |
349 |
196.4 |
N/A |
30 |
495 |
130 |
Lowest price, EUR/MWh |
50 |
-88.7 |
N/A |
0.01 |
53.2 |
-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 |
2642 |
-6% |
2858 |
27% |
Latvia |
0 |
-100% |
2234 |
12% |
Lithuania |
7635 |
-37% |
7575 |
55% |
Finland |
789 |
-17% |
3210 |
-31% |
Sweden |
670 |
-60% |
7324 |
-36% |
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 |
689 |
313 |
-1% |
38% |
0% |
0% |
Estonia |
29 |
21 |
-5% |
3% |
0% |
11% |
Latvia |
0 |
66 |
-100% |
197% |
100% |
3% |
Lithuania |
660 |
226 |
2% |
22% |
0% |
9% |
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.