Energy Storage That Doesn’t Degrade.
SPIN is energy storage built for the long term.
Green, efficient, and low-cost by design, it delivers reliable performance across utility, commercial, industrial, and residential applications — without degradation, consumables, or replacement cycles.
Energy storage is infrastructure. It should be engineered that way.
The Problem Isn’t Power — It’s Time
Energy storage works well on paper.
It works less well over time.
Across critical infrastructure and advanced platforms, energy storage degrades, ages, and becomes a maintenance problem long before the systems it supports are ready to retire. Replacement becomes routine. Risk compounds. Reliability assumptions quietly erode.
As system lifetimes stretch into decades, energy storage has become the weakest link in otherwise robust designs.
SPIN is the world's greenest,
most efficient and low-cost energy storage solution for utility, commercial, industrial
& residential applications.
Non-chemical energy storage
Built for long-life operation
Predictable behavior over time
Reduced lifecycle maintenance
Designed for regulated, high-assurance use
Deployment Environments
SPIN is designed for systems where energy storage is expected to be invisible — because it simply works.
Regulated Energy Infrastructure
High-Assurance Digital Infrastructure
Grid & Critical Substations
Secure & Mission-Critical Power
Non-Serviceable Platforms
Different sectors.
Same requirements: energy storage must last as long as the system itself
All the benefits of kinetic energy storage in a simple system with
Only one moving part.
Simple
Proprietary software & patented suspension system mitigates the constraints of current flywheel technologies.
Powerful
Reliable
Rotor spins on a virtual axle™
versus a geometric axle minimizes energy loss & precision manufacturing requirements.
Team
SPIN is led by a team of engineers and inventors who have repeatedly built and commercialized first-of-kind, physics-constrained systems.
The team has designed breakthrough computing, electronics, and energy architectures acquired by global technology leaders, holds foundational patents in virtual memory and system-level optimization, and has led advanced electronics, telemetry, guidance, and control efforts for the world’s first privately developed commercial hybrid rocket. Their background spans kinetic energy storage (FESS), advanced composites, graphene-enabled materials, and novel polymer chemistries—delivering multiple industry firsts across aerospace, defense, energy, and transportation. This depth across materials science, mechanical systems, and long-life architectures underpins SPIN’s approach to durable, high-assurance energy storage.