Topsoe, a global leader in energy transition technologies, has secured a DKK 25 million grant for its PowerFactor initiative in partnership with Aarhus University and PlanEnergi, aiming to solve one of the most persistent bottlenecks in scaling Power-to-X infrastructure: grid integration.

 

The project targets a long-standing problem in the rollout of Power-to-X plants, where each facility typically requires bespoke studies and documentation to connect to the electricity grid. This fragmented, case-by-case approach has slowed approvals, increased uncertainty for developers, and raised concerns about the potential impact of new plants on overall grid stability.

 

Instead of treating every connection as a unique engineering challenge, PowerFactor seeks to establish standardized methods and best practices for how Power-to-X plants connect to and operate within the power system. The goal is a more predictable, faster, and safer pathway from project development to grid approval.

 

Kim Grøn Knudsen, CIO at Topsoe, said:

“The PowerFactor project is focused on removing one of the key challenges for successful large-scale deployment of Power-to-X plants and scaling of green fuels. Today, grid access and compliance are among the biggest obstacles for new plants, and we believe we can demonstrate a standardized, reliable approach that works for both developers and grid operators.”

 

The initiative will combine Topsoe’s hydrogen technologies, including eREACT and Solid Oxide Electrolyzer Cell (SOEC), with academic and applied expertise from Aarhus University and PlanEnergi. 

 

Researchers from Aarhus University’s Biological & Chemical Engineering and Electrical & Computer Engineering departments will contribute to the analytical and modelling work, while PlanEnergi brings systems-level expertise in resource-efficient energy design.

 

Together, the partners will integrate electrolysis, electrified reforming, and methanol production with advanced grid emulation tools to identify and mitigate grid disturbances. The aim is not only to streamline Power-to-X deployment, but also to establish operational standards that safeguard grid stability as renewable fuel production scales up.