Distributed Micro Data Centers

A micro data center is a compact facility that contains computing equipment together with the power, cooling, and networking systems needed to operate it. Unlike a conventional data center that concentrates enormous computing capacity in one location, distributed micro data centers can be installed across smaller sites and connected to create a larger network.

This approach places computing capacity closer to the businesses, institutions, and communities using it while allowing infrastructure to be added incrementally as demand grows.

GridNode is ReMo’s concept for a factory-built micro data center that integrates computing, energy, cooling, and building systems into one modular platform. It adapts the same advanced manufacturing and integrated MEP technologies ReMo uses to produce high-performance homes.

Conventional data centers require significant land, grid capacity, water, capital, and development time. GridNode is being designed as a distributed alternative that can add computing capacity incrementally and closer to the people, businesses, and institutions using it.

Potential uses include AI inference, edge computing, enterprise workloads, research computing, municipal data storage, emergency resilience, and other applications that benefit from secure, localized computing capacity.

GridNode is being designed for residential, commercial, institutional, and community locations. Potential deployment sites include housing developments, research facilities, community institutions, underutilized commercial properties, and other locations with localized computing needs.

The platform is being developed to integrate high-performance construction, solar power, battery storage, advanced cooling, and potential waste-heat reuse. These systems could reduce land requirements, grid demand, cooling energy, water consumption, and deployment time compared with conventional data center expansion.