In that case, the prototype is fed by thermal oil, which is warmed until it reaches the process temperature in the high-temperature generator.
This paper presents the optimization via shape design of the field coil using high temperature superconducting generator (HTSG).
This paper presents the advanced racetrack HTS magnet which is used as field coil in the high temperature superconducting generator (HTSG) and the results of the approach are compared with Ic of the initial design magnet.
This chapter presents the cooling system of a demonstrative high temperature superconducting (HTS) generator, in which solid nitrogen (SN2) is used as cryogen to keep the operating temperature of HTS synchronous machine.
The paper presents the main features of a 100 kVA high temperature superconducting (HTS) demonstrator generator, which is designed and being built at the University of Southampton.
This chapter discusses the application of high temperature superconductors (HTS) to generators and motors.
High temperature gradients across the thermoelectric generator requires a water cooling heat sink.
While the pressure boundary components of a steam generator contain high temperature and high pressure fluid, the internal components (or simply referred to as internals) provide structural support to the tube bundle and allow circulation of secondary side fluid (water) and separation of steam from the steam water mixture.
The installation of combustion plants for waste and biomass with a connected boiler and steam cycle brought forth the problem of high temperature corrosion in the steam generators.
Large synchronous generators with high temperature superconductors are in constant development due to their advantages such as weight and volume reduction and the increased efficiency compared with conventional technologies.
