Lithuanian transmission system operator Litgrid predicts a spectacular electrification of Lithuania. The country’s energy demand is expected to increase by almost 50 percent within 10 years. […]
Litgrid as the transmission system operator in Lithuania plays one of the key roles in the development of the energy system, including renewable energy sources. Lithuania has ambitions for the development of offshore wind energy and is trying to implement them successfully. About the role of Litgrid in the process [...]
Lithuania’s electricity transmission system operator has summarized 2021 and published a set of financial statements. Litgrid reports that they have successfully met their targets for electricity supply reliability and strategic project execution. Litgrid is also preparing for the integration of offshore farms that will appear in the Baltic Sea. [...]
The Lithuanian electricity transmission system operator Litgrid continues cooperation with Japanese energy company TEPCO Power Grid and starts preparing a study intended to assess technical and economic alternatives for offshore wind integration. […]
Last Saturday, 4 December, Litgrid and PSE, the operators of the Lithuanian and Polish electricity transmission systems, carried out the emergency support test on the Polish-Lithuanian interconnection. The test was aimed at verification of Lithuanian system restoration and black-start capabilities using the interconnection together with newly installed autotransformers in Alytus substation. [...]
The Baltic electricity transmission system operators (TSO) Elering, AST (JSC “Augstsprieguma tīkls”) and Litgrid entered into an agreement to establish a Baltic Regional Coordination Centre (RCC) based in Tallinn and submitted a corresponding proposal to the competition authorities of the three countries. […]
Lithuanian electricity system operator, Litgrid, announced that the board of directors has approved the strategy for the development of the electricity transmission system. The plan is to evolve this strategic organization and integrate 4.9 GW of installed RES, including offshore wind, into the system. […]