Hellenic Cables Leads Greek Island Interconnection Project
Hellenic Cablesย (official site)ย strengthens its role in Greeceโs energy transformation with the newย Hellenic Cables Greek island interconnectionย project. The company signed a major contract withย Greeceโs Independent Power Transmission Operator (IPTO)ย (official site)ย to design, manufacture, and install high-voltage cables connecting seven islands to the national grid.
Expanding Greeceโs Power Network with Hellenic Cables
Under the agreement,ย Hellenic Cablesย will supplyย 150 kV high-voltage onshore and offshore cablesย and their accessories. The work also includesย cable installation, laying, protection, joints, and final testing.
This collaboration helps Greece strengthen its electric infrastructure while improving power stability for remote island communities. Moreover, it supports the nationโs goal to transition toward more sustainable power generation.
The Hellenic Cables Greek Island Interconnection Will Link Seven Islands
This project forms part of theย fourth and final phase of the Cyclades interconnectionย program. It will connectย Milosย andย Serifosย to theย continental Electricity Transmission Systemย and indirectly improve power supply toย Folegandros, Ios, Kimolos, Sifnos, and Kythnos.
Once operational, the interconnection will significantly enhance power quality and reliability. In addition, it will enable the gradualย retirement of aging and polluting power plants, advancing Greeceโs clean energy objectives.
Local Production and Sustainable Manufacturing at Corinth Plant
Hellenic Cablesย will produce these state-of-the-art cables at itsย Corinth plant, one of Europeโs most advanced cable manufacturing facilities. By manufacturing locally, the company supportsย Greek industrial growthย and reduces environmental impact throughย efficient, responsible production methods.
This new milestone in theย Hellenic Cables Greek island interconnection projectย reinforces the companyโs position as a leading European cable supplier supporting sustainable, interconnected energy systems.
