Prologis unveils grid-independent logistics facility

Prologis has launched a new 23,000 m2 logistics facility in Almere, Netherlands, that overcomes local grid congestion issues by using a renewable-first microgrid. 

Prologis Almere logistics facility

This innovative system allows the building to operate largely independently, providing a solution for businesses in areas with limited power access.
Despite only having 55 kW of grid capacity, Prologis designed and installed a microgrid within a year, boosting available power to approximately 400 kW. The system integrates rooftop solar, battery storage, and a smart energy management system that prioritises solar power. A gas generator provides additional power when needed, and a secondary emergency backup unit runs on HVO100, a renewable diesel fuel. This setup ensures 99.9% uptime with triple redundancy.
This project is Prologis's first microgrid in Europe, following a similar successful deployment in Torrance, California. It serves as a scalable model for other locations facing grid constraints, developed in close coordination with local authorities in Almere's Bedrijvenpark Stichtsekant.
Melchert Duijve, VP, Energy & Sustainability, Prologis Europe, said: “Grid congestion has become one of the biggest hidden risks to business growth in Europe. This project proves that industrial development doesn’t have to wait and that companies can secure reliable power and move forward today, not years from now. Microgrids are still rare in the Netherlands, but I expect this to become common practice.”  
Marijn van den Heuvel, Director, Capital Deployment, Prologis Netherlands, commented: “For our customers, reliability isn’t optional. In Almere, we’ve built a logistics hub that’s ready to operate today, even where grid connections are years away. That keeps supply chains moving and local jobs secure.” 
The new electric logistics facility is built with sustainability in mind, aiming for BREEAM Very Good certification. It incorporates energy-efficient features like heat pumps, triple glazing, and LED lighting, along with circular materials and a reusable steel structure. The building's design, including a natural façade and open entrance, was developed in collaboration with the local municipality to blend with its surroundings.