“If it’s spinning at high speed… doesn’t it have high friction-losses?” In reality, losses from friction, air resistance, and vibration are inevitable. But they can be engineered down to near-zero. One of Qnetic’s core technologies enabling this is Active Magnetic Bearing (AMB): • We custom-designed it with a specialist partner • Its performance was verified through vigorous testing • The first units have arrived and are ready for integration into our alpha prototype So what

In Qnetic energy storage systems, the inverter is not just another component. It controls the heart of the system, the motor that manages energy flow in both directions, charging and discharging. It also ensures stability under real operating conditions. If this layer fails, the system safely shuts down.  That is why this component is critical. Qnetic has partnered with ABB for its inverter technology, a partner proven at scale and built for demanding industrial environments.

AI data centers are pushing energy infrastructure to its limits. They demand extreme reliability while operating under rapid, high-frequency load fluctuations, conditions that can degrade traditional lithium-ion systems over time. At Qnetic, we’re exploring a different approach. We’re currently in discussions with AI data center operators. As part of our roadmap, we plan to simulate the AI power management use case in our upcoming pilot hosted by one of the national labs, whe

Qnetic has been featured by KingsCrowd, highlighting our work advancing long-duration kinetic energy storage  and the growing investor interest in durable, grid-scale solutions. As the energy transition accelerates, Qnetic’s mechanical battery provides a long-life alternative to chemistry-based systems. The KingsCrowd coverage provides an independent perspective  on our technology and current investment opportunity. 📊 Read the analysis: https://kingscrowd.com/qnetic-on-dealm