Yes. Our system is designed for "seamless transition." When integrated with a microgrid controller, it detects the grid disturbance within milliseconds and can either power the load instantly (if operating in parallel with batteries) or start up and close the contactor quickly enough that critical loads—like servers or industrial controls—never notice the interruption.

Our technology is commercially available and deployed. While the hydrogen economy is scaling up, the core technology—the fuel cell—is a proven, mature technology used in aerospace, automotive, and stationary power for decades. We have moved beyond the pilot phase and are currently installing systems for industrial clients requiring critical backup.

Maintenance is minimal compared to rotating machinery. Primary tasks include periodic replacement of air filters, inspection of coolant quality, and scheduled stack maintenance (every 3–5 years depending on usage). Because the system is primarily electrochemical with few moving parts, the risk of mechanical breakdown is low.