Electricity networks in Finland today are under more pressure than ever due to growing energy demand and the need to withstand storms, heavy snow, and other extreme weather conditions. In Central Finland, these challenges are especially evident, as falling trees regularly damage overhead power lines and disrupt local distribution grids.
Read moreA landmark hybrid solar project brings floating and ground-mounted technology together in southwestern France.
Read moreAs Auckland continued to grow, its rail network faced a fundamental constraint. With increasing passenger demand and the need for better public transport connectivity, Auckland required a transformational infrastructure solution capable of supporting the city for decades to come.
Read moreAs electricity demand rises across the Netherlands, early collaboration between engineers and field teams is helping bring critical grid capacity online faster.
Read moreModernizing existing infrastructure has become a strategic way to strengthen grid performance and support the integration of new energy sources.
Read moreAcross Europe, utilities are renewing aging transmission infrastructure to improve reliability, support growing electricity demand, and prepare networks for the energy transition. In Finnish Lapland, one such project is helping strengthen the grid while respecting the region’s unique natural environment.
Read moreThe story behind the invisible infrastructure that powered 35,000 visitors a day at Karpe World.
Read morePortugal is making significant strides in its renewable energy shift. Solar capacity is growing quickly across the country. However, as clean energy production rises, managing the electricity grid becomes more challenging.
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 moreThe Artxanda Funicular in Bilbao has become a unique energy innovation laboratory, with photovoltaic solar modules incorporated directly into the track, in a first for Spain.
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.
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