Blog
Blogs and White Papers
Deep dives into kinetic batteries, grid stabilization, and sustainability metrics for the next generation of energy storage.
The Hidden Cost of Degradation: Why Lifetime Economics Matter More Than Capex
Lithium-ion degrades under heavy cycling, hiding real 20-year costs. See how flywheel storage economics compare on capex, augmentation, and residual value.
Dynamic Data Center Power Duo: Qnetic Flywheels and Natural Gas Turbines
How Qnetic flywheels pair with natural gas turbines to deliver fast, reliable power for AI data centers — outperforming lithium-ion batteries.
An Introduction to Flywheel Energy Storage Systems
Explore the fundamentals of kinetic energy storage, how modern flywheels work, and why they represent the future of grid-scale stability.
Stabilizing the Grid in the Era of Renewable Energy
Understanding grid inertia, frequency response, and how long-duration mechanical energy storage keeps power grids stable.
The Sustainability Case for Zero-Degradation Storage
Analyzing the environmental footprint of lithium-ion mining versus long-lived steel and carbon-fibre kinetic energy systems.
