AB “Ignitis grupė” (hereinafter – the Group) announces the decision to participate in the Lithuanian offshore wind tender with the State support for the rights to develop at least 700 MW of offshore wind capacity in the Baltic Sea. The Group participated in the tender through UAB “Ignitis renewables projektai 5”, whose sole shareholder is UAB “Ignitis renewables”. Under the tender regulations, the potential developer can submit either the development fee or request support in the form of a two-way contract ...

Group 1: Energy Market Dynamics - The ongoing conflict between Ukraine and Russia is impacting energy infrastructure, with Ukrainian drones targeting both Ukrainian and Russian refineries, including a significant hit to a Russian refinery that accounted for about 7% of its refining capacity [2][5]. - Despite these attacks, oil prices have not reacted significantly due to OPEC's decision to increase market capacity by an additional 1.6 million barrels per day, following a previous increase of 2.5 million barrels per day in the last six months [4]. - There is a surplus of oil in the market, with much of it being stored in China, indicating that China is preparing for potential future disruptions [6]. Group 2: Future Energy Demand - There is a growing demand for energy driven by sectors such as data centers, artificial intelligence, electric vehicles, and the electrification of homes, with power demand in Texas growing at over 5% year-on-year [9]. - Companies like Alphabet are expected to generate significant profits, which will require substantial energy resources, highlighting the need for a comprehensive energy strategy [10]. - China is investing heavily in grid infrastructure and thermal fuel storage, positioning itself strongly to meet increasing energy demands [11][14]. Group 3: Renewable Energy Perspectives - Offshore wind energy is considered one of the more expensive renewable energy sources, while onshore wind and solar are cheaper alternatives [13]. - Battery technology is advancing rapidly, with significant investments from China in domestic industrial capabilities to meet incremental energy demand [14]. - Europe has some spare capacity due to demand destruction from previous crises, which may help in meeting energy needs [15].

Group 1 - Equinor has assessed and decided to support Ørsted's proposal for a Rights Issue to strengthen its balance sheet amid industry challenges [1][2] - As a long-term shareholder, Equinor plans to maintain its 10% ownership in Ørsted and will nominate a candidate for Ørsted's board [2] - Equinor believes that collaboration between Ørsted and itself can create value for shareholders, especially in the context of offshore wind industry consolidation and new business models [3] Group 2 - Equinor intends to subscribe for new shares in the Rights Issue, with a potential investment of up to DKK 6 billion (approximately USD 939 million) [4] - Equinor's offshore wind portfolio includes 0.4 GW of net installed capacity and an additional 3.0 GW under development, focusing on projects in North-West Europe and Empire Wind 1 in the US [5]

Core Insights - Masdar and Iberdrola have announced a €5.2 billion co-investment in the UK's East Anglia THREE offshore wind farm, marking one of the largest offshore wind transactions of the decade [2][10] - The full energization of the 476MW Baltic Eagle project in Germany has been achieved, representing a significant milestone in the companies' strategic partnership [11][12] Investment Details - The East Anglia THREE project will have a total capacity of 1.4GW, with both companies holding a 50% stake and co-governance [5][10] - Project financing for East Anglia THREE was signed for approximately £3.5 billion (around €4.1 billion), oversubscribed by 40%, covering a substantial part of the total project costs estimated at €5.2 billion [6][10] Project Impact - East Anglia THREE is expected to power 1.3 million British homes and create over 2,300 jobs during construction, with 100 long-term roles supported throughout its lifetime [7][8] - The Baltic Eagle project will supply renewable energy to around 475,000 households and reduce carbon dioxide emissions by about 800,000 tons per year [12] Strategic Partnership - The partnership between Masdar and Iberdrola, signed in December 2023, aims to accelerate clean energy deployment across key markets including the UK, Germany, and the US, with a total investment target of €15 billion [3][4][10] - Both companies are committed to tripling global renewable capacity by 2030, reinforcing their leadership in the renewable energy sector [4][14] Future Outlook - Masdar aims for a global clean energy capacity of 100GW by 2030, with significant contributions expected from its European projects [17][26] - Iberdrola invested €17 billion in electricity grids and renewable generation in 2024, further promoting electrification and energy autonomy [18][24]

Core Points - Oceanic Wind Energy Inc. has achieved a significant milestone by obtaining an Investigative Use Permit (IUP) for the first phase of its offshore wind project in Hecate Strait, targeting a capacity of 600 to 700 megawatts (MW) [1][3] - The partnership with Coast Tsimshian Enterprises Ltd. (CTE), which is a collaboration between the Metlakatla and Lax Kw'alaams First Nations, emphasizes the project's community involvement and support [1][8] - Hecate Strait is recognized for its strong and consistent wind resources, with average annual wind speeds exceeding 10 m/s and a winter capacity factor of over 65%, making it an ideal location for renewable energy generation [4][6] Company Overview - Oceanic Wind Energy Inc. is a Vancouver-based renewable energy company focused on developing large-scale offshore wind projects to facilitate Canada's transition to a clean energy future [7] - Coast Tsimshian Enterprises Ltd. is a 100% Indigenous-owned entity that aims to promote and develop commercial opportunities for the benefit of its shareholders, showcasing a commitment to community and economic development [8] Project Significance - The Oceanic Wind Project is strategically positioned to meet the growing energy demands of the region, particularly supporting the Port of Prince Rupert and the expanding industrial sectors in Northwest British Columbia [5][6] - The project is expected to contribute significantly to Canada's greenhouse gas reduction goals and enhance British Columbia's reputation as a leader in cost-effective green energy generation [6]

Group 1: Project Overview - Equinor ASA, in partnership with Polenergia, has made a final investment decision for an offshore wind project in the Baltic Sea, involving the construction of two wind farms, Baltyk 2 and Baltyk 3, each with a generation capacity of 720 megawatts (MW) [1] - The total construction cost of the project is expected to be approximately €6.4 billion, with completion anticipated by 2028 and power generation expected to start in 2027 [2] Group 2: Industry Context - The offshore wind sector in Poland is experiencing a surge in investments, with various investors aiming to develop nearly 6 gigawatts (GW) of offshore capacity by 2030, including Polish firms like PGE and Orlen, as well as Equinor and Orsted [3] - Poland plans to expand its offshore wind capacity in the Baltic Sea to an estimated 33 GW, indicating significant growth potential in the renewable energy sector [3] Group 3: Strategic Importance - The two offshore wind farms will enhance Poland's renewable energy capacity and contribute to regional energy security, aligning with global trends focused on climate change and emission reduction [4] - Poland's strategic position in the Baltic Sea allows it to establish itself as a key player in the offshore wind segment, capitalizing on the growing emphasis on renewable energy projects [4]