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About Featured Expert: Hitachi Energy

Hitachi Energy Ltd., headquartered in Zurich, Switzerland, is a global provider of grid infrastructure and high-voltage power technologies supporting transmission, distribution, and grid digitalization initiatives. The company was formed following Hitachi’s acquisition of ABB’s Power Grids business and operates across utility, industrial, and infrastructure markets.

Within industrial sustainability and electrification strategies, Hitachi Energy operates at the transmission and grid reliability layer, where large-scale power systems must accommodate renewable generation, distributed energy resources, and increasing electrification demand. Its portfolio includes high-voltage direct current (HVDC) transmission systems, power transformers, switchgear, digital substations, grid automation platforms, and power quality solutions designed for complex and evolving grid environments.

HVDC technology enables long-distance transmission of renewable energy from remote generation sites to population centers and industrial loads, reducing transmission losses and supporting interconnection between grids. Transformer and substation technologies form the backbone of regional power distribution networks, while digital substation architectures enhance monitoring, protection, and control through advanced communication and automation systems.

Hitachi Energy’s grid automation and digitalization platforms integrate real-time data acquisition, protection systems, and control infrastructure to improve visibility and reliability across transmission and distribution networks. Power quality systems address voltage stability, harmonics, and load balancing challenges that arise as renewable penetration and electrified industrial processes increase.

Beyond utility-scale infrastructure, Hitachi Energy’s technologies are deployed within large industrial campuses, data centers, transportation networks, and energy-intensive manufacturing environments where stable, scalable power infrastructure is critical to operational continuity.

Typical supported applications include grid modernization, HVDC transmission projects, renewable energy integration, digital substation deployment, power quality management, and large-scale electrification infrastructure supporting industrial and national energy systems.

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