Tanum
3
200 m
53,5 GWh
19,8 MW
2024
Siemens Gamesa
Rabbalshede Kraft owns and operates the Lursäng wind farm in Tanum municipality. The project was initiated back in 2008, largely thanks to great interest from local landowners. Since then, a lot has happened, thanks to rapid technological development in our industry. The ability to build taller turbines means that we can now produce the same amount of energy with fewer turbines than the five originally planned. Therefore, the wind farm now consists of three wind turbines with a total height of 200 metres and an installed capacity of 6.6 MW per turbine.
As the wind farm is located in southern Sweden, it provides an important addition of renewable electricity in electricity price area 3, which currently has a deficit of electricity production.
The wind farm was developed in-house by us at Rabbalshede Kraft, in parallel with the neighbouring Femstenaberg wind farm in Strömstad municipality. Our contracted construction contractor was Kanonaden Entreprenad AB, and the wind turbines were supplied by Siemens Gamesa.
The wind farm was commissioned in January 2024 and Rabbalshede Kraft remains as the long-term owner and developer.
The well-preserved Björkemosse cultural environment area is located near the Lursäng wind farm. To make the area accessible, a digital map of petroglyphs, stones and burial grounds has been produced in collaboration between Strömstad municipality, Kulturlandskapet and Rabbalshede Kraft.
In connection with the establishment of our Lursäng wind farm in Tanum municipality, we at Rabbalshede Kraft undertook to pay for an effort for the cultural environment in the immediate area. Kulturlandskapet was hired to investigate the forms further and the result is a map with pictures and updated descriptions of the cultural heritage in the area.
QUESTIONS?
We want to help drive the development of efficient and sustainable solutions forward. That's why we're looking at how we can develop our parks from pure wind farms to energy parks where, in addition to wind power, we also add other technologies.
We want to help drive the development of efficient and sustainable solutions forward. That's why we're looking at how we can develop our parks from pure wind farms to energy parks where, in addition to wind power, we also add other technologies. Since 2013, we have owned and operated the Årjäng SV wind farm with 13 wind turbines and an annual production of 116 GWh. The farm will now be complemented with a battery to store the energy.
We want to help drive the development of efficient and sustainable solutions forward. That's why we're looking at how we can develop our parks from pure wind farms to energy parks where, in addition to wind power, we also add other technologies. Since 2013, we have owned and operated the Årjäng NV wind farm with 9 wind turbines and an annual production of 78 GWh. The farm will now be complemented with a battery to store the energy.
We want to help drive the development of efficient and sustainable solutions forward. That's why we're looking at how we can develop our parks from pure wind farms to energy parks where, in addition to wind power, we also add other technologies. Since 2013, we have owned and operated the Årjäng SV wind farm with eight wind turbines and an annual production of 111 GWh. The farm will now be complemented with a battery to store the energy.
In connection with our existing wind farm Årjäng NV in Värmland, we are planning to add a battery facility of 10 MW / 10 MWh.
The plant will mainly be used to optimise our own wind farm and to deliver support services to Svenska kraftnät. This way, we are helping to ensure the balance of the power grid and make future electricity production more reliable.
We plan to submit a building permit application in early autumn 2024, and if all goes well, the battery plant could be commissioned in early 2026.
In Femstenaberg in the municipality of Strömstad, our very first energy park combines wind power and battery storage.
In October 2025 we successfully commissioned our first large-scale Battery Energy Storage System ("BESS") facility in our existing wind farm Femstenaberg – a 20 MW / 20 MWh installation. The battery will primarily be used for support services for Svenska Kraftnät (the authority responsible for Sweden's transmission system for electricity) and optimisation in our own park.
In connection to our existing wind farm Årjäng SV in Värmland, we are planning to add a 20 MW/20 MWh battery facility.
The plant will mainly be used to optimise the wind farms and to deliver support services to Svenska kraftnät. This way, we are helping to ensure the balance of the power grid and make future electricity production more reliable.
We plan to submit a building permit application in early autumn 2024, and if all goes well, the battery plant could be commissioned in early 2026.
In connection with our existing wind farm Årjäng NV2 in Värmland, we are planning to add a battery facility of 20 MW / 20 MWh.
The plant will mainly be used to optimise our own wind farm and to deliver support services to Svenska kraftnät. This way, we are helping to ensure the balance of the power grid and make future electricity production more reliable.
We plan to submit a building permit application in early autumn 2024, and if all goes well, the battery plant could be commissioned in early 2026.
Gärdshyttan is one of our newest wind farms located in the municipality of Askersund. The wind farm consists of five wind turbines with a total height of 180 m located.
Hud wind farm in the municipality of Munkedal consists of six Nordex wind turbines, each with an effect of 2.5 MW. All wind turbines in this park are owned and managed by Rabbalshede Kraft. The yearly production of the farm is estimated to 38 GWh.
Årjäng NV wind farm in the municipality of Årjäng consists of nine Vestas wind turbines, each with an effect of 3 MW. All wind turbines in this park are owned and managed by Rabbalshede Kraft. The yearly production of the farm is estimated to 78 GWh.
Brattön wind farm in the municipality of Munkedal consists of six Nordex wind turbines, each with an effect of 2.5 MW. All wind turbines in this park are owned and managed by Rabbalshede Kraft. The yearly production of the farm is estimated to 35 GWh.
Dingleskogen wind farm in the municipality of Munkedal consists of 14 Enercon wind turbines, each with an effect of 2.3 MW. Rabbalshede Kraft holds ownership of 12 turbines while the Diocese of Göteborg own two turbines. All wind turbines are managed by Rabbalshede Kraft. The yearly production of the 12 wind turbines owned by Rabbalshede Kraft is estimated to 68 GWh.
Kil wind farm in the municipality of Tanum consists of four Enercon wind turbines, each with an effect of 2.0 MW. All wind turbines in this park are owned and managed by Rabbalshede Kraft. The yearly production of the farm is estimated to 20 GWh.
Wind farm Sköllunga was commissioned at the beginning of 2021 and includes 3 wind turbines with a total height of 180 meters located in the municipality of Stenungsund.
All wind turbines are owned by Rabbalshede Kraft.
Töftedalsfjället wind farm in the municipality of Dals-Ed consists of 21 Siemens wind turbines, each with an effect of 2.3 MW. Rabbalshede Kraft hold ownership of 10 turbines, Göteborg Energi of nine, VästanVind of one and a land owner of one. The yearly production of the 10 wind turbines owned by Rabbalshede Kraft is estimated to 66 GWh.
Årjäng SV wind farm in the municipality of Årjäng consists of 13 Vestas wind turbines, each with an effect of 3 MW. All wind turbines in this park are owned and managed by Rabbalshede Kraft. The yearly production of the farm is estimated to 116 GWh.
Rabbalshede Kraft own and manage a Vestas wind turbine in Fågelås in the municipality of Hjo with an effect of 2 MW. The yearly production is estimated to 5 GWh.
Simmatorp wind farm in the municipality of Skara cosists of three Vestas wind turbines, each with an effect of 2 MW. One of the wind turbines is owned by Rabbalshede Kraft, and all are managed by the company. The yearly production of the two turbines managed but not owned by Rabbalshede Kraft is estimated to 11 GWh.
Raftsjöhöjden wind farm in the municipality of Strömsund consists of 4 Siemens wind turbines, each with an effect of 1,5 MW. All wind turbines in this park are owned and managed by Rabbalshede Kraft. The yearly production of the farm is estimated to 20 GWh.
Wind farm Högen is located in the municipality of Lilla Edet and was commissioned at the beginning of 2021. The wind farm consists of three turbines and is estimated to produce 38 GWh per year. This corresponds to the total electricity consumption of 1,900 electrically heated villas (each 20,000 kWh) or household electricity alone for 7,600 villas (each 5,000 kWh). The wind farm is owned by Rabbalshede Kraft and service is handled by the turbine supplier.
Östra Herrestad wind farm is located outside Simrishamn in Southeastern Skåne and consists of a total of 9 wind turbines with an output of 1.8 MW per turbine. The wind farm was commissioned by Vattenfall in the beginning of 2011, and was taken over by Rabbalshede Kraft in November 2020. Rabbalshede Kraft owns and manages the 9 turbines.
The park has a very good wind location with a total production of 59 GWh.
Lyrestad wind farm in the municipalities of Mariestad and Töreboda consists of 22 Vestas wind turbines, each with an effect of 3.45 MW. Lyrestad Vind AB is owned to 75 percent by Ardian Infrastructure and to 25 percent by Rabbalshede Kraft AB. All 22 wind turbines are managed by Rabbalshede Kraft. The yearly production of the 22 wind turbines is estimated to 234 GWh, which is bought by Google through a long-term power purchase agreement.
Lerkaka is located in the municipality of Borgholm on the island of Öland. The wind farm, which has been in operation since 2013, is one of our acquired assets. It consists of five wind turbines with a total capacity of 10 MW. The park produces up to 28 GWh per year, corresponding to the annual electricity consumption of approximately 5,000 households with an average use of 5,500 kWh per year.
In Stensåsa, located in the municipality of Vetlanda, we own and operate one of our acquired wind farms. The wind farm, which has been in operation since 2013, consists of seven wind turbines with a total capacity of 14 MW. The park produces up to 37 GWh per year, corresponding to the annual electricity consumption of approximately 6,700 households with an average use of 5,500 kWh per year.
Ballycadden Wind Farm is located in County Wexford, Ireland and consists of nine wind turbines with a total capacity of 24.2 MW. With an annual production of approximately 66.9 GWh, it can supply electricity to around 14,000 Irish households each year.
When we acquired the farm, it marked the start of our expansion into the international market, as it is our very first farm outside the Nordic region.
Mörknässkogen Wind Farm is located in the municipality of Vöyri in Ostrobothnia, Finland, about 50 kilometers northeast of Vaasa.
The facility consists of five wind turbines with a total height of 241 meters. The installed capacity is 29.5 MW. The park is expected to produce nearly 100 GWh of electricity per year, which corresponds to the annual consumption of approximately 18,200 households.
At the end of 2025, Rabbalshede Kraft acquired the Tolpanvaara wind farm. The park is located about 30 km from Pudasjärvi in Northern Ostrobothnia and consists of 13 modern Nordex turbines that together produce nearly 250 GWh of renewable electricity annually.
Tolpanvaara wind farm strengthens our long-term presence in Finland. The acquisition was carried out together with our owner, TD Greystone Infrastructure Fund, which is part of TD Asset Management (TDAM).
In Holje, just outside Olofström in Blekinge, Rabbalshede Kraft is planning to build a 3 MW solar park.
When completed, the park's annual production is expected to be about 4.2 GWh/year. Since the park is located in southern Sweden, it will contribute an important addition of renewable electricity in electricity price area 4, which currently has a deficit in electricity production.
We plan to start construction already in 2025, keep an eye out here for updates on the project.
In Truedstorp, south of Bjuv in north-western Skåne, Rabbalshede Kraft is developing two neighbouring solar parks that together are estimated to produce up to 4.0 GWh/year. As both parks are located in southern Sweden, they will contribute with an important addition of renewable electricity in electricity price area 4, which today has a deficit of electricity production.
We plan to start construction in 2025, so stay tuned here for updates on the project.
In connection to our existing wind farm in Femstenaberg in northern Bohuslän, we are now planning to add a solar park of up to 30 MW. When completed, the solar park is expected to produce nearly 30 GWh/year, which corresponds to the consumption of household electricity for about 6,000 Swedish households/year.
In Lappajärvi, in Southern Ostrobotnia in Finland, we are currently planning the Lamminneva solar park - one of our first projects on Finnish soil.
The solar park is expected to produce around 33.4 GWh of renewable electricity per year, while helping to avoid around 2 600 tons of carbon dioxide emissions annually. The solar park will occupy around 40 hectares and is an important addition to Finland's energy transition.
In Suonenjoki, in northern Savo in Finland, we are currently planning the Isoneva solar park - one of our first projects on Finnish soil.
The solar park is expected to produce around 62.2 GWh of renewable electricity per year, while helping to avoid around 4 900 tons of CO2 emissions annually. The solar park is an important addition to Finland's energy transition.
During autumn of 2020, Rabbalshede Kraft initiated a project that will provide 100% green hydrogen with the help of wind power. The goal is to open new possibilities for knowledge exchange and technology development for sustainable production of green hydrogen. The project has received grants from the Swedish Environmental Protection Agency and the initiative “Klimatklivet” which support local climate impact investments.
Femstenaberg
