Superconducting flexible and robust grid system for low carboncity design

超导作为一种节能技术，可以解决世界能源问题。其中，超导直流输电和配电系统是一种很有前途的系统，因为它可以很容易地扩展到大规模的能量传输系统，作为能量共享。在200 m级超导直流输电和配电系统（CASER-2）的冷却实验中，我们估计了系统作为超导应用的几个性能。当我们能够估计超导电网系统的运行性能时，可以将其扩展到超导柔性和鲁棒电网系统。基于超导系统的可扩展性，我们讨论了新一代城市设计的紧凑性，并为未来的城市设计开发了校园级的电网模拟器。

Superconductivity can solve the energy problems in the world as energy saving technologies. Among them, superconducting direct current (DC) transmission and distribution (T&D) systems should be promising, as it can be easily enlarged to the large scale energy transmission systems as energy sharing. In the cooling experiments on the 200 m-class superconducting DC transmission and distribution system (CASER-2), we have estimated several performances of systems as superconducting applications. When we can estimate the performance of operation for the superconducting grid systems, they can be enlarged to the superconducting flexible and robust grid system. Based on the scalability of superconducting systems, we discuss about the compactness of a new generation city design and have also developed grid simulator for campus level for the future city design.