Strengthening Germany’s Gas Transmission Network Through Targeted Asset Modernization
Omexom successfully replaced a DN 500 valve assembly for terranets bw, ensuring network reliability, safety, and long-term operational performance.
Read more
Omexom successfully replaced a DN 500 valve assembly for terranets bw, ensuring network reliability, safety, and long-term operational performance.
Read moreThe acceleration of Europe’s energy transition presents substantial challenges on the path toward a decarbonized energy system. Grid operators, industrial stakeholders, and energy developers encounter increasing pressure to rapidly connect renewable assets, ensure grid stability, integrate battery storage, electrify transportation, and optimize energy usage, while simultaneously maintaining compliance, reliability, and economic viability.
Read moreAs offshore wind farms become an increasingly essential component of Europe's renewable energy landscape, operators face a basic challenge: how to preserve the resilience of critical electrical infrastructure in some of the world's most challenging settings.
Read moreOmexom has been awarded a long-term operations and maintenance contract for the substation infrastructure of Baltic Power, marking the company's entry into Poland's first offshore wind farm project.
Read moreOffshore wind farms operate in some of the most challenging environments in the energy sector. To ensure the safe, uninterrupted functioning of electrical systems and offshore substations throughout various wind farms in the Dutch North Sea, requires deep technical expertise, cross-border coordination, and a partner who understands each facility inside out.
Read moreAt a ferry terminal on the German coast, Omexom quietly solved one of renewable energy's trickiest puzzles, what to do when the sun produces more power than the grid can handle.
Read moreConnecting a wind farm to the grid is a complex engineering undertaking. It requires precise design, compliance with strict grid connection regulations, and infrastructure built to operate reliably for decades. But for the Geldern wind farm project, the challenge went further than technical performance.
Read moreOmexom in Germany has successfully completed and commissioned the new 380 kV transmission line between Birkenfeld and Ötisheim, a major infrastructure project that strengthens regional power supply and supports Germany’s Energiewende, Germany’s ongoing transition to renewable energy systems.
Read moreOn behalf of Daimler Buses Solutions, Omexom in Germany successfully installed a cutting-edge electric bus charging system at the new Gaisburg bus depot in Stuttgart, Germany jointly with Stuttgarter Straßenbahnen AG (SSB). This project represents a significant step forward in promoting climate-neutral transportation.
Read moreAs the demand for clean energy grows, the electrical infrastructure industry is embracing innovative solutions to reduce emissions. SF₆, a widely used greenhouse gas in electrical switchgears at substations, is under scrutiny due to its exceptionally high global warming potential (GWP), more than 24,300 to 25,200 times (*IPCC AR6 data) that of CO₂.
Read moreThe use of altitude wind energy through airborne wind turbines enables more and better controllable energy to be generated from wind. Alongside EnBW, SkySails Group and Leibniz Universität Hannover, Omexom is involved in developing this innovation into an everyday companion and making a valuable contribution to the climate-friendly energy system of the future.
Read moreIn 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 the modernization of the existing 220 kV connection. Three of the pylons to be replaced were located in the Herrenmoor nature reserve between the municipalities of Zetel and Westerstede in the district of Friesland.
Read more