Xeus™: Powering the Future
Markets & Applications
The Backbone of a High-Capacity, High-Efficiency Electric Future
HTS Unlocks the next layer of grid performance—from generation to delivery, for AI, fusion, and the electrification of everything.
MetOx: Solving Power’s Biggest Challenges:
Meeting Explosive Demand: Xeus HTS enables the delivery of more power—faster and more efficiently—to support AI, electrification, and industrial growth.
Expanding Grid Capacity Without Expansion: HTS wire unlocks ultra-high-capacity transmission with a smaller footprint, slashing land, cost, and complexity.
Power, Precisely Delivered: It brings transmission-level power to distribution voltages, putting energy exactly where it’s needed—when it’s needed.
Strategic Advantages of Xeus HTS:
Powers next-gen generation—from renewables to fusion.
Moves more energy with minimal loss and maximum flexibility.
Repowers existing infrastructure, transforming copper-bound limits into superconducting opportunity.
Reduced Right-of-way, Permitting, Infrastructure, and Cost
HTS supports high-density urban expansions where new grid technologies are needed to meet the demand for reliable electrical power.
How Does Xeuswire Fit In?
Lightweight and compact, HTS conductors are a transformative solution to meet the surging demand for electricity, and a key component to the high-field magnets for fusion energy.
Transmit high power at low voltage, with zero loss
Expands grid capacity with less land, less loss, and faster deployment - redefining what’s possible for the grid
The power grid must at least triple in capacity by 2050 to meet energy demand. HTS cables and transformers can deliver more power without tripling the power lines, poles, substations, and rights of way.
MRI machines, medical imaging and treatment options
Powers the next generation of medical imaging and treatment with compact, high-precision magnetics
HTS wire is a key technology enabling a new world of high efficiency, low cost devices for medical diagnostics and treatments. High field MRI machines are more powerful, faster, and portable with high performance HTS wire.
‘The world’s strongest magnet’ - Rendering of a Tokamak fusion reactor concept.
Enables the high-field magnets that make fusion energy possible
HTS is the foundational enabler of high-field magnets, delivering the extreme magnetic performance required to contain and control fusion plasmas—and powering the path to commercial fusion.
Commonwealth Fusion Systems describe HTS magnets as “the key technology [for] clean commercial fusion energy”.
The future of power for data centers is HTS
Simplifies power infrastructure for AI data centers—with greater efficiency and less footprint
Xeus HTS delivers the ultra-high-capacity, zero-loss power backbone essential for scaling the next generation of AI-driven, hyperscale data centers beyond the limits of conventional copper.
Superconducting Maglev Train, Shanghai
Enables high-efficiency, high-speed transportation—from maglev trains to electrified rail
Ships, trains, and aircraft can all benefit from HTS. Superconducting magnetic levitation trains have been built, ship motor prototypes tested, and electric aircraft concepts that use superconducting elements are being developed.
Space Station orbiting Earth
Delivers compact, lightweight power systems for the future of aviation and spaceflight
Powering aerospace and defense. MetOx has contributed to NASA research on ways to bring power to the moon using advanced superconducting magnetic energy storage (SMES) and HTS conductors.
Learn more about HTS applications for the grid in this whitepaper by Guidehouse Insights:
