X-FLYWHEEL – the FIRST multikinetic battery
ZERO CHEMICALS. ONLY PURE KINETIC ENERGY.
ENERGIA PER OGNI SETTORE. STABILITÀ PER OGNI FUTURO.
What is X-FLYWHEEL?
X-Flywheel is a patented technology, developed in collaboration with Italian universities and research centers, designed to provide a sustainable, efficient, and long-lasting energy storage system without the use of chemical materials or rare earth elements.
capable of absorbing energy from an electrical source, storing it as rotational kinetic energy, and subsequently redistributing it as electrical energy.
The system is innovative because currently only single-flywheel batteries exist, which operate on the same physical principle but offer lower storage capacity for the same mass and volume of the product.
The system has been patented internationally.
Applications
ChatGPT ha detto:
X-Flywheel is a modular, scalable, and fully sustainable kinetic energy storage system.
Its patented multi-kinetic architecture enables high performance, over 95% efficiency, and virtually unlimited lifespan — all without the use of chemical materials or rare earth elements.
Thanks to its flexibility, X-Flywheel can be integrated into various industrial, civil, and technological contexts, providing reliable, high-performance energy storage solutions under any operating conditions.
Renewable Plants
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In solar, wind, or hydropower systems, X-Flywheel balances intermittent energy production, ensuring grid stability and quality, while effectively compensating for power peaks and fluctuations.
It is the ideal solution to increase the reliability of hybrid renewable systems, while also improving profitability and extending the operational lifespan of the plants.
Power Grids and Energy Infrastructure
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X-Flywheel supports the stability and resilience of grids with high penetration of renewable sources, quickly compensating for frequency and voltage variations.
It can be integrated into microgrid systems, hybrid plants, and isolated grids, contributing to flexibility and continuity of service.
Buildings and Urban Infrastructure
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In public buildings, hospitals, or office complexes, X-Flywheel integrates with energy management systems (BEMS) to optimize self-consumption, reduce emissions, and ensure autonomy during blackouts.
When paired with photovoltaic systems, it represents a green, compact, and safe solution for distributed urban energy storage.
Automotive and Electric Mobility
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X-Flywheel can be used in electric and hybrid vehicles, trams, subways, and trains as a fast energy storage system supporting batteries and traction networks.
Its ability for instantaneous charging and discharging allows it to:
• recover braking energy with maximum efficiency,
• reduce battery wear and extend their lifespan,
• deliver immediate power during acceleration or peak demand,
• return or locally reuse recovered energy in public transport systems.
In logistics and rail applications, X-Flywheel optimizes the performance of electric buses, industrial vehicles, trams, and trains, while also supporting fast-charging stations.
It thus contributes to more efficient, sustainable mobility with lower energy consumption.
Aerospace and Defense
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In the aerospace sector, X-Flywheel stands out as a highly reliable kinetic energy storage system for satellites, drones, and electric aircraft.
It is immune to chemical degradation, resistant to vibrations, and operational under extreme conditions.
Applications include:
Onboard power supply and backup systems,
Electrical stabilization during maneuvers or attitude changes,
Storage of solar energy in orbit,
Satellite attitude control as a reaction wheel.
It represents a safe, clean, and durable solution for the new generation of sustainable aerospace and defense systems.
Telecommunications, Industry, and Critical Infrastructure
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X-Flywheel provides stable and instantaneous power to radio towers, data centers, and critical infrastructure, ensuring continuity of service even in the event of sudden outages or grid fluctuations.
It offers an eco-friendly, low-maintenance alternative to traditional battery-based UPS systems.
Construction Sites and Off-Grid Facilities
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The containerized version (100 kW+) of X-Flywheel is designed for remote construction sites and off-grid locations, where it can drastically reduce the use of diesel generators, cutting emissions and fuel costs.
It is ideal for powering temporary infrastructure, construction platforms, or logistical bases.
Strengths of the X-Flywheel battery
Discover them all:
95% energy efficiency
Innovation
aerospace technology capable of storing energy through the “mechanical charge” of a magnet-based structure
Patent protection
with international extension
Eco-friendly
Low environmental impact / product recyclability (no use of rare metals) and no harmful chemical components for the environment
High-temperature resistance
Regular batteries require a limited temperature range to operate
High and long-lasting performance
Stable output
In traditional batteries, efficiency tends to drop to 60% after a few years
Safety
No flammability issues like traditional batteries, so there is no need for dedicated areas with special conditions for safe storage
Compact size
vs. traditional batteries
Fast charging
vs. traditional batteries
Low maintenance requirements
Unlimited lifespan
while traditional batteries are limited to a few thousand cycles
Performance
600% higher performance compared to traditional systems
Possibility of production in every area of the globe
(no dependence on countries exporting rare earths)
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