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CNT Power Cable uses carbon nanotube technology to create next-generation power transmission cables with significantly lower energy loss.
Traditional copper cables lose 5-8% of energy during transmission. CNT cables reduce this to below 1%, making long-distance power transmission far more efficient.
Ultra-Low Resistance: Carbon nanotube-based conductors achieve resistance levels far below copper, minimizing energy losses.
Lightweight Design: CNT cables weigh 75% less than copper equivalents, reducing infrastructure costs.
High Thermal Stability: Maintains performance at temperatures exceeding 400°C.
Conductivity
10^7 S/m
Current Capacity
5000 A/cm²
Weight Reduction
75% vs copper
Energy Loss
<1% transmission
Max Temperature
>400°C
Material Synthesis
Q2 2024
Cable Prototyping
Q4 2024
Field Testing
Q2 2025
Commercial Production
Q4 2025
Dr. Somchai Tanaka
Principal Investigator
Chulalongkorn
Prof. Lisa Wang
Materials Scientist
NUS
Dr. Raj Patel
Electrical Engineer
IIT Bombay
CNT production cost at commercial scale
Long-term durability under real-world conditions
Integration with existing grid infrastructure
Regulatory approval for power transmission applications
Proprietary CNT alignment technique
Significant weight and energy savings
Higher current capacity than competitors
Established partnerships with utility companies
Patent Pending
US patent application for CNT alignment process and cable manufacturing method
$30,000 USDC - claimed
$30,000 USDC - pending approval
$20,000 USDC - pending approval
$15,000 USDC - pending approval
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