High temperature (below liquid nitrogen boiling temps.) superconductors have potential applications in power transmission lines as they can carry currents with effectively no resistance. This report gives a first order estimate of losses in presently used overhead cables at around 15% of power output. To better this efficiency a superconductor would need to be clad in an insulator with an outer diameter of greater than 1.93 times that of its inner diameter, provided a liquid nitrogen refrigeration pump could work at 10% efficiency
Superconducting cables have been built and tested for voltages larger than 100 kV, currents up to 5 ...
Superconducting wires are not perfectly homogeneous in term of critical current as well as stabiliza...
The paper is a brief summary of the talk which provides the state of the art in power applications o...
AbstractIn accordance with the conventional design of superconducting power transmission (SC PT) lin...
Worldwide there is an increasing need for a more sustainable form of electrical power delivery with ...
In recent years, many cities have faced an increasing power demand, while the space for urban cable ...
Superconducting transformers using high current density High Temperature Superconductor (HTS) wire c...
AbstractAfter we constructed the 200-meter superconducting DC power cable in spring of 2010, three e...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering; an...
Superconducting transformers using high current density High Temperature Superconductor (HTS) wire c...
This paper details the key outputs of the U.K.'s first feasibility study of implementing the high-te...
Energy flow bottlenecks in high voltage transmission lines known as congestions are one of the chall...
AbstractIt is traditionally considered that superconducting technology is just the way that will hel...
This paper investigates coolant topologies for High Temperature Superconducting (HTS) transmission a...
Superconducting power cables are one of the most promising energy applications of high-temperature s...
Superconducting cables have been built and tested for voltages larger than 100 kV, currents up to 5 ...
Superconducting wires are not perfectly homogeneous in term of critical current as well as stabiliza...
The paper is a brief summary of the talk which provides the state of the art in power applications o...
AbstractIn accordance with the conventional design of superconducting power transmission (SC PT) lin...
Worldwide there is an increasing need for a more sustainable form of electrical power delivery with ...
In recent years, many cities have faced an increasing power demand, while the space for urban cable ...
Superconducting transformers using high current density High Temperature Superconductor (HTS) wire c...
AbstractAfter we constructed the 200-meter superconducting DC power cable in spring of 2010, three e...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering; an...
Superconducting transformers using high current density High Temperature Superconductor (HTS) wire c...
This paper details the key outputs of the U.K.'s first feasibility study of implementing the high-te...
Energy flow bottlenecks in high voltage transmission lines known as congestions are one of the chall...
AbstractIt is traditionally considered that superconducting technology is just the way that will hel...
This paper investigates coolant topologies for High Temperature Superconducting (HTS) transmission a...
Superconducting power cables are one of the most promising energy applications of high-temperature s...
Superconducting cables have been built and tested for voltages larger than 100 kV, currents up to 5 ...
Superconducting wires are not perfectly homogeneous in term of critical current as well as stabiliza...
The paper is a brief summary of the talk which provides the state of the art in power applications o...