Electricity supply security is a key concern for every country. The wide‑scale integration of intermittent energy sources into the electrical grid is a major challenge for operators around the world, both in terms of adapting existing infrastructures and developing smart systems to balance supply and consumption across the grid.
With its extensive knowledge of power transmission lines, Omexom, acting as a global EPC partner and overhead transmission line contractor, offers its customers a wide span of services across the full EPC scope of these infrastructures. Thanks to its international nextwork and collaboration with partners and start‑ups, Omexom also gathers and applies the best expertise from around the world.
From design to commissioning and maintenance, Omexom supports its customers throughout every stage of a project.
Omexom provides complete engineering expertise to support the development of reliable and efficient overhead transmission infrastructure. Our teams combine advanced technical capabilities with deep field experience to ensure every project is precisely designed, compliant, and optimized for long‑term performance.
Omexom manages all stages of overhead line construction with a focus on safety, efficiency, and operational excellence. Our integrated teams coordinate logistics, field operations, and technical execution across diverse environments.
For challenging soils and complex terrains, Omexom provides specialized foundation solutions tailored to each project’s structural and geotechnical requirements.
Omexom ensures long‑term network performance through advanced inspection methods, preventive maintenance strategies, and rapid‑response solutions.
To support grid modernization and asset renewal, Omexom provides expert services for upgrading, reinforcing, and reconstructing existing overhead transmission infrastructure.
Country: Austria
Client: Austrian Power Grid (APG)
Scope: Construction of a strategic 380 kV overhead transmission line including 22.3 km of new line and modification of 1.7 km existing line through challenging alpine terrain, with environmental mitigation measures and complex logistics.
Dates: 2019 – 2024
Business Unit: Omexom in Germany
Country: New Zealand
Client: Transpower
Scope: Foundation and tower strengthening, selective replacements, new foundations, and structural upgrades across the network.
Dates: 2023 – 2027
Business Unit: Omexom in New Zealand
Country: Brazil
Client: CTG Brasil
Scope: EPC supply for a 75.2 km, single-circuit 500 kV wind farm transmission line with 142 towers, four-bundle conductors, dual OPGW, and polymeric insulators.
Dates: 2023 – 2024
Business Unit: Omexom in Brazil
Omexom in Germany has successfully completed and commissioned the new 380 kV transmission line between Birkenfeld and Ötisheim, a major infrastructure project that strengthens regional…
Omexom in Brazil has been awarded an Engineering, Procurement, and Construction Management (EPCM) contract by the Energisa Group for the execution of LOT 12, part…
Omexom in Finland, in partnership with Omexom in France, is advancing the Järvilinja 1 (Lake Line) transmission project for Fingrid, Finland’s national grid operator.
The Omexom business unit in Sundsvall has secured three new contracts with a total order amount of €70 million. Building on long-standing partnerships with clients…
In August 2019, Omexom in Germany was awarded lot 5 for the construction of a 380 kV link between Emden/Ost and Conneforde. The assignment included…
On New Zealand’s South Island, Omexom crews have finished works on the Clutha Upper Waitaki Lines Project (CUWLP), a major step in securing the future…
As part of the rehabilitation of existing sites, Omexom in Belgium was awarded a contract by Elia in July, to dismantle a high-voltage pylon dating…
Welcome to the third episode of the Omexom Green Story! Today, let’s focus on an initiative of the Omexom teams in New Zealand: Extending steel…
On May 27th, 2021, Omexom teams in Senegal and Morocco commissioned the very first full digital 225 kV high voltage substation on the african continent.
Birds often collide with high-voltage overhead lines because they have not seen them earlier. In order to make it easier for birds to see them…
