Offshore 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 moreAs baseload power plants get replaced by wind and solar, the network loses the natural inertia that maintains stable frequency. Renewable energy is intermittent; it increases when conditions are good and decreases when they aren't. This creates mismatches between supply and demand, which can destabilize the system, waste clean energy, or cause prices to drop below zero.
Read moreRauma Harbour, Finland's third-largest container port, is set to become the home of Norsk e-Fuel's e-fuels production facility. Designed to produce around 80,000 tonnes of e-fuels per year, approximately 80% of which will be sustainable aviation fuel (SAF), it stands as the most consequential industrial energy project in Finland to date.
Read morePorts welcome ferries, cruise ships, and container vessels, but they face ongoing pressure. Each terminal has its own space and operational limits, and the push to reduce air and noise pollution is strong and growing. Onshore Power Supply (OPS) infrastructure allows docked vessels to run on grid electricity instead of diesel generators.
Read moreUmeå is growing more rapidly than most cities in northern Sweden. But much of the region’s existing infrastructure was built for consumption patterns that no longer exist, leaving the grid under pressure.
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 moreDemand for reliable electricity infrastructure is rising in northern Sweden as energy-intensive industries, including mining, continue to expand. A stable and powerful power supply is crucial for the reopening and development of the Viscaria Mine in Kiruna.
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 moreIn January 2025, Omexom in Brazil signed an engineering, procurement, and construction (EPC) contract with the Capim Branco Energia Consortium (CCBE). The contract covers the modernization of the protection, control, and instrumentation systems of the Amador Aguiar I and II hydroelectric power plants, which collectively provide 450 MW of installed capacity.
Read moreOmexom Conversion & Storage has successfully installed and commissioned five battery energy storage systems (BESS), totaling 14.8 MW/2h, for ZE Energy at its 77 MW solar park in the municipality of Vert, located in the Landes region of southwestern France.
Read moreOmexom in Belgium has completed the construction of a landmark solar park for its client Indaver on the former Hooge Maey landfill in the Port of Antwerp-Bruges. On September 1, 2025, the 23-MWp solar PV installation was energized. The official handover and presentation to project stakeholders took place in the first half of December 2025, ensuring all participants can celebrate this achievement together.
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