Climate, Copper & Carbon

Global impact with Xeus™

Simply put, there isn’t another energy transition technology with the emissions reduction potential of Xeus™

Logo of Xeus Wire featuring a stylized infinity symbol above the company name.
Two circular images showing cityscapes, one during the day and the other at night, set against a dark, digital-themed background with interconnected lines and glowing points.

Made in the U.S., Xeus™ is a critical component in new energy infrastructure, and makes advanced devices more powerful and efficient.

More reliability, less waste, and power delivered when and where we need it. Energy challenges are opportunities for Xeus™ wire.

Diagram highlighting three goals: 1) Grid Expansion & Upgrade to raise end-use energy from 20% to 60%, 2) Increased renewables through HTS for better generation and efficiencies, 3) Fleet proliferation of EVs dominating power ecosystem, 4) Power innovation with higher grade power from fusion and electric devices.

The Legacy Energy System vs. The Modern Energy System

Diagram comparing traditional power plants with renewable energy sources, showing coal plants emitting heavy oil and pollution, and renewable sources like wind turbines, solar panels, and rooftop solar, highlighting more renewables, fusion energy, decentralized power transmission, two-way flow, and eco-friendly tech.

The Copper Story

Reducing reliance on copper by transitioning to HTS in the grid

An infographic titled 'The volume of 2050 net-zero copper demand' compares current copper production with future needs, showing two copper blocks labeled with their heights and corresponding measurements: one with a height of 427 meters representing 700 million tonnes, and another 537 meters high for 1.4 billion tonnes needed by 2050. An illustration of the One World Trade Center is included for scale. Text explains that reaching net-zero emissions by 2050 will require nearly double the copper produced over the last 3000 years.

Current projections suggest we need to produce the same amount of copper in the next 25 years that has been produced over the course of human history.

T&D cables that use HTS provide an environmentally friendly alternative to conventional cables enabling copper, a critical raw material for many energy transition technologies, to be saved for use in equipment where there is no obvious economic substitute.

The benefits extend beyond the avoidance of large quantities of copper.

As HTS cables have no ohmic resistance they have dramatically lower power losses over their lifetime, and the smaller rights-of-way required by HTS reduce the environmental impact that occurs during construction.

The Carbon Story

Getting down to the Wire: Xeus™ brings positive impact at three primary levels:

1 / Zero Line Loss

HTS cables can reduce line loss by ~95% and release no heat, essentially eliminating line loss.

A line of electrical power transmission towers silhouetted against a vibrant orange sunset, with the sun partially visible near the horizon.

2 / Clean Generation

From fusion to wind, HTS plays a critical role in the decarbonization of power generation.

Cutaway of a large particle accelerator or scientific research machine showing intricate internal components, coils, and structural elements.

3 / Clean Manufacturing

1/10th mm thick and 4 mm wide, Xeus™ uses 99% less material than traditional conductors.

Three black electrical cables with copper interior wires and a coil of copper wire on a white surface.
From transmission delays to siting battles to interconnection backlogs, the problems facing our power grid are numerous. It’s clear we need to incorporate new solutions and do it quickly — our critical climate targets are at stake.
— Bud Vos CEO, MetOx
Aerial view of high-voltage power lines and electrical towers casting shadows on a concrete ground.