Red Eléctrica, a subsidiary of Spanish TSO Redeia, has awarded ABB four contracts for synchronous condensers (SC) to enhance the electricity grid and facilitate the energy transition in the Canary and Balearic Islands, ABB announced.
The integrated solution, inclusive of electrical and automation equipment, is anticipated to play a crucial role in bolstering the stability, reliability, and continuity of island grids amid the integration of renewable energy sources, aligning with Spain's energy transition objectives.
The project, part of the Network Development Plan 2021 – 2026, aims to integrate 67% of renewable energy into the generation mix, supporting Spain's 2021-2030 Integrated National Energy and Climate Plan (PNIEC).
According to Red Eléctrica, renewable energy surpassed 50% of the Spanish generation mix in 2023, highlighting the need to reinforce the grid for reliable operations amid the energy transition.
Synchronous condensers, employed as rotating electrical machines, will aid in stabilizing the grid during fluctuations in loads and renewable energy production.
Juan Bola, director of systems operation for non-peninsular territories at Red Eléctrica, emphasized the significance of synchronous compensators in island systems for maintaining security of supply and advancing renewable energy integration.
Three SC orders will be deployed in the Canary Islands, complementing significant projects like the Salto de Chira and the Tenerife-La Gomera interconnection. Additionally, an SC will be installed in the Balearic Islands to enhance grid stability.
Heikki Vepsäläinen, division president of ABB large motors and generators, underscored the importance of synchronous condensers in maintaining stable power networks while transitioning to decarbonized power generation.
ABB will provide a comprehensive solution, including initial system studies, engineering of electrical and automation equipment, installation, project management, and long-term service support, aiming to ensure the availability and stability of energy from renewable sources.
