2nd Generation REBCO HTS — Made in India

Powering Energy & Industry
Beyond Copper Limits

India's first indigenized 2G REBCO HTS conductor program — advancing from pilot development toward commercial deployment with high current density and near-zero resistive losses for fusion energy, grid infrastructure, AI data centers, and advanced industrial magnets.

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300–800

A / cm-width

Target Ic at 77 K, self-field for REBCO tape

20+

Tesla

Magnetic Field Ceiling vs 2–3 T Copper

15–25+

kW / kg

Power density target versus 5–8 kW/kg copper

<1%

System Loss

Target system loss versus 5–8% copper grid loss

Physical Limits Overcome

Why Superconductors? Pushing Past Copper

Technological demands have pushed conventional copper to its fundamental physical ceiling. 2G REBCO HTS delivers 10× higher power density with near-zero transmission losses.

Current Spatial Density

Smart grids & RE integration require denser, lighter conductors

2–4 A/mm²

HTS

100–400 A/mm²

Power Density per Weight

Electric motors & generators bottlenecked by copper + iron mass

5–8 kW/kg

HTS

15–25+ kW/kg

Energy Losses (I²R Heat)

Copper dissipates significant power margin as heat via resistive losses

5–8% Grid Loss

HTS

<1% Loss

Magnetic Field Ceiling

Copper electromagnets heat-saturate; REBCO enables extreme high-field systems

2–3 Tesla

HTS

20+ Tesla

Deployment Matrix

HTS Opportunity Sectors

High-Temperature Superconductors unlock breakthroughs across energy, transport, data infrastructure, and medical science:

Power TGD Smart Grids Data Centers Wind Turbines Electric Aircraft Space-Tech AI Infrastructure Power Substations RE Integration Maglev Trains Particle Accelerators Clinical MRI Nuclear Fusion

View All 16 Industrial Applications Review Product Specifications

Global Market Growth

Exponential HTS Demand
& $5B Market by 2030

Global HTS demand is driven by rapid commercial adoption in Nuclear Fusion Tokamaks, high-capacity underground power cables, and electric aircraft propulsion systems.

25,000+ km Wire Demand by 2026

Direct customer EOI scaling from ~5,800 km today to 25,000+ km of 4mm wire by 2026.

$5 Billion TAM by 2030

Total Addressable Market projected to exceed $5B as manufacturing costs decline with volume scale.

Global HTS Wire Demand (km / yr)

2024 5,891 km

Fusion

2025 14,981 km

Fusion 43%

Cable

2026 (Forecast) 25,000+ km

Fusion 53%

Cables 44%

Fusion Magnets

HTS Cables

Other Magnets

Enterprise Platform

Explore Our Technology & Commercial Platform

Dedicated portals covering technical specifications, industrial applications, grid ROI simulations, and 3-phase manufacturing roadmaps.

Pilot development in progress

Materials validation and testing

Automation and process integration

Early commercial engagement underway

2G REBCO Tape Science

Deep-dive into the 5-layer REBCO coated conductor architecture, thin-film deposition techniques (PLD, MOCVD, MOD), and material specs.

Explore Science & Specs

16 Industrial Applications

Discover HTS implementation across Fusion Energy, Superconducting Power Cables, Fault Current Limiters, Maglev Trains, and Helium-Free MRI.

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Interactive Grid Calculator

Model transmitted power, cable length, and electricity rates to calculate annual dollar savings, CO₂ reduction, and total ROI vs copper.

Launch Calculator

3-Phase Manufacturing Roadmap

Our strategic execution from Prototype Lab validation (0–12 months) to full indigenized REBCO coated-conductor production (5–7 years).

View Roadmap

Leadership & Heritage

IIT and international PhD-led team backed by 30+ years of metallurgical testing and robotics expertise through Metal Analysis & Services and IXAR Robotic Solutions.

Meet the Team

B2B Inquiries & Whitepaper

Request customized REBCO tape samples, technical data sheets, and download the full corporate Whitepaper PDF with performance specifications.

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Powering Energy & Industry Beyond Copper Limits