HTS Triax™ Energy Cable Systems

| Kategorie: Katalog  | Tento dokument chci!

High-temperature superconductor technology(HTS) is the key technology fortomorrow’s electricity market. Compared with copper conductors, HTS ceramic cableshave a number of signifi cant advantages. For example they can conduct electric current without resistance at app. 200°C below zero. Transmission capacity is five timeshigher than that of conductors made of copper, while current loss is reduced to one tenth. The development of HTS cables is inseparably linked to the name nkt cables. However, nkt cables is not just one of the ...

Vydal: nkt cables s.r.o. Autor: nkt cables

Strana 6 z 12

Vámi hledaný text obsahuje tato stránku dokumentu který není autorem určen k veřejnému šíření.

Více info o tomto dokumentu zde!
Jak získat tento dokument?
Bezplatně objednat více informací o Supravodivých kabelových systémech nkt cables zde!






Poznámky redaktora
The distance between cooling stations depends the available cross sec- tion for pumping the cooling fluid.6 Terminal Cooling Station Line Cooling Station Terminal Cooling StationTerminal Cooling Station Line Cooling StationLine Cooling StationLine Cooling Station Terminal Cooling Station Terminal Cooling Station Line Cooling Station Cooling System The following cooling solutions have been developed with Praxair Inc. The matrix coolers consists N+1 or N+2 closed-cycle, low-maintenance coo- ling units. The line cooling stations are compact units active coolers that can placed intermediate locations along the line. The emer- gency backup features are located the terminal cooling stations. The reliability of the cable cooling system guaranteed through the following three features: Redundant cooling machines a matrix coolers Eight hours backup a cold storage tank Continuous 2/7 advanced surveillance by cooler operations center The cooling power can divided between one several cooling stations. . Cooling solutions can develo- ped together with major cryogenics system suppliers fit individual user requirements. Distances of 2-6 are possible for compact sys- tems. Closer spacing the cooling stations improves the energy efficiency the cable systems but requires supply- and service- points several locations along the line