Taaleri Energia makes sustainable investments in utility-scale development and construction projects in onshore wind, solar and battery storage plants.
Our energy team is one of the most competent in Europe. We have expertise in all phases of the project: project development, creation of investment opportunities, technical due diligence, execution of transactions, construction and operation.
In addition to being one of the most significant players in the Finnish wind power market with a capital background, we manage wind, solar and battery storage sites in our portfolio in Europe, the United States and the Middle East.
SolarWind III
The Taaleri SolarWind III Fund owns c. 60 early-, mid-, and late-stage wind, solar and battery storage development projects representing c. 8 GW of generation capacity in the Fund’s target markets – Nordics & Baltics, Poland & Southeast Europe, Spain, and Texas.
If all of the development seed portfolio projects were to reach ready-to-build status during the Fund’s investment period, they would represent c. 8 GW of installed electricity generating capacity and require approximately EUR 2.5 billion in equity from the Fund to construct. Based on the development portfolio, the Fund expect to invest c. 50% in the Nordics & Baltics, c. 25% in Poland & Southeast Europe, c. 15% in Spain and c. 10% in Texas.
By entering into wind, solar and battery storage projects at an earlier stage the Taaleri Energia development team can control all of the critical elements in the development phase. As a result, the Fund secures better quality projects and is able to deploy money quickly, leading to higher returns.
The project Paistinkulma is Taaleri Energia’s first battery energy storage system investment. Project is located in Lempäälä, some 25 kms south of Tampere in Finland. With a 30 MW / 36 MWh capacity, the facility will be one of the largest battery energy storage systems operating in the Finnish frequency reserve market. The battery energy storage facility will support the balancing of the difference between production and consumption in the power grid by participating in Fingrid's reserve market. In addition, energy storage facilities enable further increase the share of renewable energy in the electricity grid. The capacity of the project has the potential to be doubled in the future.
The project Paistinkulma is one of the Taaleri SolarWind III fund sustainable investments, meaning that the project is EU Taxonomy EU/2020/852 aligned, sustainability is measured and monitored via sustainable indicators and the principle adverse impacts are considered and reported as a fund level. Sustainability indicators relating to the Paistinkulma project measure times renewable energy is transferred into high-demand hours and hours of electricity grid balancing is supplied.
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The Taaleri SolarWind II fund invested, together with Encro, in a wind farm in Croatia with a capacity of 111 MW.
With a total of 25 Nordex wind turbines, the wind farm will have an installed capacity of 111 MW. The annual production of electricity supplied to the Croation grid will be approximately 317 GWh, while the wind farm will produce enough electricity to supply around 85 000 households and will offset the equivalent of approximately 78 000 tonnes of carbon dioxide during each year of operation.
111 MW installed capacity
Offsetting around 78,000 tonnes of CO2 per year of operation
25 wind turbines
Providing electricity for around 85,000 households
Estimated production 317 GWh per year
Estimated completion Q1/2024
The Taaleri SolarWind II fund has, together with Atsinaujinančios Energetikos Investicijos, invested in a wind farm in Lithuania with a capacity of 49.5 MW.
Anykščiai is a construction phase wind farm, located in the county of Utena, Lithuania. The wind farm consists of 9 wind turbines, and the annual production of electricity is estimated at 152 GWh, providing electricity for around 73 000 households. The farm will offset approximately 46 000 tonnes of carbon dioxide each year.
50 MW installed capacity
Offsetting around 46,000 tonnes of CO2 per year of operation
9 wind turbines
Providing electricity for around 73,000 households
Estimated production 152 GWh per year
Completed Q4/2023
The Taaleri SolarWind II fund has, together with Atsinaujinančios Energetikos Investicijos, invested in a wind farm in Lithuania with a capacity of 70 MW.
Jonava is a construction phase wind farm, located in the county of Kaunas in Lithuania. It consists of 13 wind turbines and has an estimated annual electricity production of 240 GWh. The wind farm will provide electricity for around 116 000 households and will offset approximately 72 000 tonnes of carbon dioxide every operating year.
70 MW installed capacity
Offsetting around 72,000 tonnes of CO2 per year of operation
13 wind turbines
Providing electricity for around 116,000 households
Estimated production 240 GWh per year
Estimated completion Q1/2024
The Taaleri SolarWind II fund has, together with Atsinaujinančios Energetikos Investicijos, invested in a wind farm in Lithuania with a capacity of 66 MW.
Rokiškis is a construction phase wind farm, located in the county of Utena, Lithuania. The wind farm consists of 12 wind turbines and has an estimated annual electricity production of 168 GWh. The wind farm will provide electricity for approximately 81 000 households and will offset around 51 000 tonnes of carbon dioxide each operating year.
66 MW installed capacity
Offsetting around 370,000 tonnes of CO2 per year of operation
12 wind turbines
Providing electricity for around 81,000 households
Estimated production 168 GWh per year
Estimated completion Q2/2024
The Taaleri SolarWind II fund has invested in a solar photovoltaic power plant in Southern Spain with a capacity of 50 MW.
Niebla is a solar plant, located in San Juan del Puerto in Andalusia, Spain. The solar plant has an estimated annual electricity production of 107 GWh. It will provide electricity for approximately 28 000 households and will offset around 36 500 tonnes of carbon dioxide each operating year.
50 MW installed capacity
Offsetting around 36,500 tonnes of CO2 per year of operation
92,500 solar panels
Providing electricity for around 28,000 households
Production 107 GWh per year
Completed Q3/2023
The Taaleri SolarWind II fund invested in a wind farm in northern Finland with a capacity of 126 MW.
Murtotuuli is a wind farm, located in Posio, Finland. The wind farm consists of 21 Vestas turbines and has an estimated annual electricity production of 345 GWh. The wind farm will provide electricity for approximately 37 200 households and will offset around 112 000 tonnes of carbon dioxide each operating year.
126 MW installed capacity
Offsetting around 112,000 tonnes of CO2 per year of operation
21 wind turbines
Providing electricity for around 37,200 households
Production 345 GWh per year
Completed Q2/2023
The Taaleri SolarWind II fund invested in a wind farm in north-western Finland with a capacity of 126 MW.
Isoneva is a wind farm, located in Siikajoki, Finland. The wind farm consists of 21 Vestas turbines and has an estimated annual electricity production of 330 GWh. The wind farm will provide electricity for approximately 35 600 households and will offset around 105 000 tonnes of carbon dioxide each operating year.
126 MW installed capacity
Offsetting around 105,000 tonnes of CO2 per year of operation
21 wind turbines
Providing electricity for around 35,600 households
Production 330 GWh per year
Completed Q2/2023
The Taaleri SolarWind II fund invested, together with Masdar, in two wind farms in Northern Poland.
Mlawa and Grajewo are two wind farms located in Mazowieckie and Podlaskie, Poland. With a total of 24 Vestas wind turbines, the wind farms will have a combined installed capacity of 51.4 MW. The annual production of electricity will be approximately 192 GWh, while the wind farm will produce enough electricity to supply around 90 000 households and offset the equivalent of approximately 146,000 tonnes of carbon dioxide during each year of operation.
51 MW installed capacity
Offsetting around 146,000 tonnes of CO2 per year of operation
24 wind turbines
Providing electricity for around 90,000 households
Production 192 GWh per year
Completed Q4/2021
The Taaleri SolarWind II fund invested, together with AIP, Ilmarinen and Akuo Energy, in a wind farm in North America with a capacity of 336 MW.
Escalade is a wind farm, located in Texas, America. The wind farm consists of 65 Vestas turbines and has an estimated annual electricity production of 1270 GWh. The wind farm will provide electricity for approximately 115,000 households and will offset around 604,000 tonnes of carbon dioxide each operating year.
336 MW installed capacity
Offsetting around 604,000 tonnes of CO2 per year of operation
65 wind turbines
Providing electricity for around 115,000 households
Production 1270 GWh per year
Completed Q2/2022
The Taaleri SolarWind II fund invested in a wind farm in western Norway with a capacity of 34 MW.
Haram is a wind farm, located in Ålesund, Norway. The wind farm consists of 8 Vestas turbines and has an estimated annual electricity production of 113 GWh. The wind farm will provide electricity for approximately 7,000 households and will offset around 14,000 tonnes of carbon dioxide each operating year.
34 MW installed capacity
Offsetting around 14,000 tonnes of CO2 per year of operation
8 wind turbines
Providing electricity for around 7,000 households
Production 113 GWh per year
Completed Q4/2021
The Taaleri SolarWind II fund invested, together with fund co-investors, in a wind farm in north-western Finland with a capacity of 91 MW.
Oltava is a wind farm, located in Pyhäjoki, Finland. The wind farm consists of 19 Nordex turbines and has an estimated annual electricity production of 290 GWh. The wind farm will provide electricity for approximately 35,000 households and will offset around 69,000 tonnes of carbon dioxide each operating year.
91 MW installed capacity
Offsetting around 69,000 tonnes of CO2 per year of operation
19 wind turbines
Providing electricity for around 35,000 households
Production 290 GWh per year
Completed Q2/2021
The Taaleri SolarWind I fund invested in a wind farm in Sweden with a capacity of 14.4 MW.
Målajord is located in the municipality of Växjö in Southern Sweden. The wind farm consists of three Nordex turbines and produces approximately 50 GWh of electricity per year. The wind farm provides electricity for approximately 5,000 households and decreases greenhouse gas emissions by 6,000 tonnes of carbon dioxide emissions each year.
14 MW installed capacity
Offsetting around 6,000 tonnes of CO2 per year of operation
3 wind turbines
Providing electricity for around 5,000 households
Production 50 GWh per year
Completed Q3/2021
The Taaleri SolarWind I fund invested in a wind farm in Southern Sweden with a capacity of 23.4 MW.
Slageryd is an operational wind farm, located in Vetlanda municipality, Southern Sweden.The wind farm consists of six Nordex turbines and produces approximately 71 GWh of electricity per year. The project decreases greenhouse gas emissions by 50,000 tonnes of carbon dioxide emissions each year.
23 MW installed capacity
Offsetting around 50,000 tonnes of CO2 per year of operation
6 wind turbines
Providing electricity for around 113,000 households
Production 71 GWh per year
Completed Q3/2020
The Taaleri SolarWind I fund has, together with Masdar, invested in a wind farm in Serbia with a capacity of 158 megawatts.
Cibuk I is a wind farm, located in Serbia. The wind farm consists of 57 GE turbines and has an annual electricity production of 475 gigawatts. It provides electricity for approximately 113 000 households and offsets around 370 000 tonnes of carbon dioxide each operating year.
158 MW installed capacity
Offsetting around 370,000 tonnes of CO2 per year of operation
57 wind turbines
Providing electricity for around 113,000 households
Production 475 GWh per year
Completed Q3/2019
The Taaleri SolarWind I fund has, together with Masdar, invested in a solar photovoltaic power plant in in the Middle East with a capacity of 200 MW.
Baynouna is a solar plant, located in Jordan. The solar plant consists of 740 000 solar panels and has an estimated annual electricity production of 570 GWh. It provides electricity for approximately 110 000 households and is equivalent to 3% of the annual energy consumption of Jordan. The solar plant offsets around 360 000 tonnes of carbon dioxide each operating year.
200 MW installed capacity
Offsetting around 360,000 tonnes of CO2 per year of operation
740,000 solar panels
Providing electricity for around 110,000 households
Production 570 GWh per year
Completed Q4/2020