18 December 2025
Mainspring Energy
Deploy fuel redundant power that can operate independently or in coordination with the grid.
Select from multiple fuel options to keep power available under changing supply conditions.
Maintain operations with modular units that are serviced individually, avoiding costly full-system shutdowns.
Prologis
Prologis has a grid independent microgrid to support its transition to net-zero emission transportation.
Reduced time for new power from nearly 36 months to 9 months.
EdgeConneX
EdgeConneX secured grid-independent power to accelerate its data center's time to market.
Full dispatchability allows for efficient operation and reliable load following to meet demand.
Deploy modular, fast-to-permit, operationally flexible power to meet rising compute demand.
Bring reliable, low-emissions primary power onsite to control costs and ensure uptime.
Generate dependable, low-emissions power using available fuels like biogas, field gas, or natural gas.
Mainspring customers are provided with a pioneering microgrid solution that can generate onsite power and adapt to an evolving grid landscape.
Jana Gerber
President, Schneider Electric North America, Microgrid
18 December 2025
Mainspring Energy
21 August 2025
National Grid Ventures
13 August 2025
Garrett Hering
Each linear generator operates independently and continues running during grid outages. Deploying redundant units enables high availability, ensuring reliable power even if one unit is offline.
Mainspring has customers operating microgrids today, including fully islanded sites where grid interconnection has not yet occurred, as well as sites that integrate with solar, batteries, and other distributed resources.
The linear generator operates on natural gas, biogas, propane, or hydrogen and can switch between them without downtime. This provides true fuel redundancy, allowing facilities to maintain operation during fuel interruptions and return to their primary fuel when service is restored, without retrofit or permanent conversion.
Factory-built, modular units can be installed at substations or near load centers to provide firming and resilience where it is needed most. This distributed approach strengthens grid reliability, defers major transmission and distribution upgrades, and allows utilities to add clean capacity quickly and cost-effectively.
Modularity enables redundancy, allowing individual units to be serviced while others remain online. This keeps power available during maintenance and supports continuous operation for critical facilities.