NIS2 is the new European regulatory framework that defines industrial cybersecurity standards. Discover which measures you need to implement, which organizations are affected, and how to begin your transformation toward operational resilience. A complete guide and action plan are available in our whitepaper.
EOHM has joined the Phoenix Contact System Integrator Partner program. This collaboration represents a boost to continue growing and developing solutions in Control, Network Infrastructure, and Cybersecurity .
New Technical Article Published: Electromagnetic Field Mapping & EMC. This article explores electromagnetic field (EMF) maps, how they are generated, their applications in substations, medium-voltage lines, and transformer areas, and why they are critical for ensuring compliance with public exposure limits (100 µT at 50 Hz). The article also highlights international standards and best practices, including IEC 62110 and IEC 61786, and shows how EMF studies support regulatory compliance, environmental permitting, and urban planning procedures.
The energy transition is accelerating across Europe, and synchronous condensers are emerging as a crucial asset to ensure grid stability. The EOHM team travelled to the Netherlands to collaborate with Tennet on a key project aimed at strengthening the resilience of the electrical system and enabling a secure integration of renewable energy sources. With technical expertise and long-term vision, EOHM contributes to the development of smarter, more robust infrastructure for the grid of the future.
EOHM has completed the protection setting and configuration studies for the Cepeda Renovables 400/132 kV Substation in León, a key infrastructure for the evacuation of more than 250 MW of photovoltaic generation in the La Cepeda region. Developed in collaboration with EUSKABEA, this project contributes to a safe and efficient integration of new renewable capacity into the electrical system.
At EOHM, we develop 3D models that integrate design, advanced visualization and real data to support engineering, planning and technical decision-making. Our work on the synchronous condenser plant showcases how Blender modelling, Unreal Engine rendering and technical deliverables (drawings, MTO, animation and video) come together to provide a precise, immersive and fully operational view of the project.
