Nexans and Red Eléctrica to Boost Balearic Energy Security with New Mallorca-Menorca Link
Nexans and Red Eléctrica have launched a 132 kV power interconnection between Mallorca and Menorca to strengthen the Balearic Islands' grid and reduce fossil fuel dependency.
Nexans has been selected as the preferred supplier for a new 132 kV power cable link between Mallorca and Menorca, a project announced this Thursday that aims to reinforce the Balearic Islands’ electricity network and enhance regional energy security.
The initiative, developed in partnership with Red Eléctrica, a subsidiary of Redeia, will begin with a six-month engineering phase, according to the companies. The new high-voltage alternating current (HVAC) cable is designed to bolster the resilience and reliability of the islands’ grid.
The project is expected to significantly reduce Menorca’s reliance on fossil fuel electricity generation, aligning with broader European sustainability goals. This transition is particularly important for island regions, where secure and stable power supply is often challenged by geographical isolation and limited local generation.
By improving interconnection, the Balearic Islands could see greater stability in energy supply and potentially lower energy costs, making the region more competitive. For investors and energy companies, the project underscores growing opportunities in infrastructure that supports the transition to cleaner energy systems.
The collaboration between Nexans and Red Eléctrica highlights the increasing role of interconnection projects in decarbonising island economies. These efforts are central to both Spain’s and Europe’s long-term strategies for energy transition and security.
However, the project faces potential environmental concerns due to the ecological sensitivity of the area, as well as the risk of engineering phase delays impacting the overall timeline. Stakeholders are expected to closely monitor the implementation of environmental measures and project milestones.
The Mallorca-Menorca link is part of a broader trend across Europe and Latin America, where energy interconnections are being prioritised to improve resilience, integrate renewables, and ensure energy security in remote or isolated markets.
