ABB to support new H2 Green Steel plant in Sweden with around 1,200 energy-efficient drives


  • New facility in Boden, Sweden will use hydrogen to produce 5 million tons of green steel a year by 2030
  • Around 1,200 ABB low and medium voltage drives will be used throughout the huge steel plant to enable galvanizing, annealing, processing, milling, and more
  • The dynamic performance of both single drives and multidrives enable precision control, as well as increasing reliability and reducing costs

SMS group, a specialist in plant construction and mechanical engineering for the metals industry, has selected ABB’s latest generation of drives to provide process technology for H2 Green Steel plant in Boden, Sweden. Globally, the steel industry is responsible for an estimated 8 percent of the world’s energy demand and generates between 7 percent to 9 percent of CO₂ emissions – most of which are from burning fossil fuels, according to the recent International Energy Agency (IEA) Iron and Steel Technology Roadmap. The project is currently in its first phase and will begin production at the end of 2025. It uses hydrogen in the furnaces rather than fossil fuels, resulting in steel with 95 percent lower CO2 emissions than conventional methods.

“This is the latest development in ABB’s longstanding relationship with SMS group. Our drives have a long track record in the most demanding applications, and it is exciting that they will now contribute to green steel production at Boden. We are proud to play a role in the transformation of the steel industry as it shifts to hydrogen combustion,” said Chris Poynter Division President for System Drives, ABB Motion.

ABB will provide around 1,200 ACS880 low voltage (LV) drives for use throughout nine demanding areas of plant, including the tunnel furnace, plate mill, and the annealing and galvanizing line. These drives will provide precision control of equipment as well as a consistent, stable supply of electricity. In addition, ABB will provide 11 ACS6080 medium voltage (MV) drives in both individual and multidrive configurations for use in the project’s hot and tandem cold mills. These applications depend on the ACS6080’s industry-leading precision to ensure uniform mechanical qualities, thickness and finish.

A multidrive configuration enables a single drive cabinet to control several motors independently. The advantages are a smaller footprint and greater energy efficiency, including the capability to share energy captured by regenerative braking. For the demanding hot finishing mills, the multidrive concept ensures grid-friendly operation and low harmonic content. Multidrives also achieve increased reliability and optimized installation costs.