Superconducting Cables Market growing at a CAGR of 12.1% during 2018-2025

Nov.28.18

 The global Superconducting Cables market is valued at 210 million US$ in 2017 and will reach 520 million US$ by the end of 2025, growing at a CAGR of 12.1% during 2018-2025.

 

Superconducting power cables act as a bridge between electric energy transmission and distribution. In a superconducting power cable, a superconducting conductor that reaches superconductivity of zero electric resistance below a specific low temperature is used, allowing low-loss transmission of large currents.

 

The global installation production of superconducting cables increased from 5624 meter in 2013 to 8295 meter in 2017, at a CAGR of 10.2%. In 2017, the global superconducting cables market is led by USA. Europe is the second-largest region-wise market.

 

As the transmission medium for HVDC applications, superconductor cables can move virtually any amount of power with much greater efficiency than any other transmission technology and they move it underground, out of site and out of harms way. In 2017, the Superconducting Cables consumption (sales) in Grid and Smart Grid was 4881, and it will reach 11690 in 2024; while the sales market share in Grid and Smart Grid was 58.84% in 2017 and will be 58.88% in 2024. Within the next 10 years, superconducting power cables could offer significant power transmission solutions for densely populated, high load areas.

 

Superconductors come in two types, low-temperature (LTS) and high-temperature (HTS). At present, the main type of superconducting cables is the second-generation YBCO Cables, which will also be the mainstream of future development. The first generation HTS will gradually be eliminated. However, YBCO Cables maybe quickly be eliminated by the new materials with better cost and performance in the future. Therefore, the core technology of superconducting cables is superconducting materials.

 

These unique characteristics of superconducting cables make them an attractive technology, especially in urban areas where underground space and land availability is limited. In these urban areas, the networks are most often reaching their capacity limits, making the case for investigating the feasibility of using HTS cables in electricity distribution networks even stronger. However, the high cost is a key factor limiting the development of this industry.

 


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