News and Articles

• A Danish consortium has launched the world's first dynamic green ammonia plant in Ramme, owned by Skovgaard Energy in partnership with Topsoe and Vestas.
• The pioneering facility operates in real time sync with variable renewable power, adjusting production to match wind and solar availability without hydrogen storage.
• It has an annual production capacity of 5,000 tons of green ammonia and is projected to reduce CO2 emissions by approximately 9,600 tons per year.
• The project received about 11 million euros in support from a Danish energy technology development program.
• The partners state this dynamic model improves efficiency, reduces costs, and provides a scalable blueprint for future renewable energy systems.
• Green ammonia is highlighted as a critical future fuel and hydrogen carrier for decarbonizing shipping, agriculture, and heavy industry.

A consortium of Danish companies has successfully launched the world’s first dynamic green ammonia plant, a pioneering facility designed to operate in sync with the natural fluctuations of renewable power. The plant, located in Ramme, Denmark, is owned by Skovgaard Energy and developed in partnership with Topsoe and Vestas.

This first-of-its-kind installation demonstrates a new model for direct integration between variable wind and solar power and chemical production. Unlike conventional designs, the plant dynamically adjusts its electrolysis and ammonia synthesis processes in real time to match the available renewable electricity, eliminating the need for costly hydrogen storage buffers.

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With an annual production capacity of 5,000 tons, the facility is expected to reduce carbon dioxide emissions by approximately 9,600 tons each year. The project received about 11 million euros in funding support from the Danish Energy Technology Development and Demonstration Program.

Topsoe provided its specialized ammonia synthesis technology for the plant, while Vestas supplied wind power solutions to complement Skovgaard Energy’s existing portfolio of solar and wind assets. The partners highlight that this dynamic approach optimizes efficiency and improves the long-term cost-effectiveness of green ammonia production.

Industry leaders from the collaborating firms emphasized the project's broader significance, noting that it provides a scalable blueprint for future energy systems. Green ammonia is viewed as a critical future fuel and hydrogen carrier capable of decarbonizing hard-to-abate sectors such as international shipping, agriculture, and heavy industry, leveraging existing global transport infrastructure.