Abstract: A hydrogen gas dryer or system for drying or removing water from hydrogen gas for use in hydrogen-cooled generators includes a drying tower or column comprising a housing, a heater, a desiccant, and a controller. The system is configurable and operable for regeneration of the saturated column, with activation of the heater to cause water retained in the saturated desiccant to turn into steam such as steam and exit on its own via the vent. A supply of generally dry hydrogen is used to purge the remaining vaporized water from the isolated substantially dry regenerated desiccant.

Abstract: A hydrogen gas dryer or system for drying or removing water from hydrogen gas for use in hydrogen-cooled generators includes a drying tower or column comprising a housing, a heater, a desiccant, and a controller. The system is configurable and operable for regeneration of the saturated column, with activation of the heater to cause water retained in the saturated desiccant to turn into steam such as steam and exit on its own via the vent. A supply of generally dry hydrogen is used to purge the remaining vaporized water from the isolated substantially dry regenerated desiccant.

Abstract: A hydrogen gas dryer or system for drying or removing water from hydrogen gas for use in hydrogen-cooled generators includes a drying tower or column comprising a housing, a heater, a desiccant, and a controller. The system is configurable and operable for regeneration of the saturated column, with activation of the heater to cause water retained in the saturated desiccant to turn into steam such as steam and exit on its own via the vent. A supply of generally dry hydrogen is used to purge the remaining vaporized water from the isolated substantially dry regenerated desiccant.

Abstract: A hydrogen gas dryer or system for drying or removing water from hydrogen gas for use in hydrogen-cooled generators includes a drying tower or column comprising a housing, a heater, a desiccant, and a controller. The system is configurable and operable for regeneration of the saturated column, with activation of the heater to cause water retained in the saturated desiccant to turn into steam such as steam and exit on its own via the vent. A supply of generally dry hydrogen is used to purge the remaining vaporized water from the isolated substantially dry regenerated desiccant.

Abstract: A modular system for monitoring a hydrogen-cooled generator includes a skid having a platform, a support attachable to said platform and attachable to a plurality of modules for monitoring the hydrogen-cooled generator, and at least one module for monitoring the hydrogen-cooled generator. The module may include a vibration monitoring module. The monitoring modules may allow monitoring the operation of the hydrogen-cooled generator and generating data such as an optimization factor regarding the performance of the hydrogen-cooled generator. The module may be connected via a communications link to a remote control center.

Abstract: A modular system for monitoring a hydrogen-cooled generator includes a skid having a platform and an upwardly extending support. The support is attachable to a hydrogen gas purity monitoring module, a generator overheat monitoring module, a hydrogen gas dryer module, a gas/generator monitoring module, and a gas manifold. The gas/generator monitoring module allows monitoring the operation of the hydrogen-cooled generator and generating data regarding the performance of the hydrogen-cooled generator. The gas/generator monitoring module may display an optimization factor or data regarding the performance of the hydrogen-cooled generator, and/or may be connected via a communications link to a remote control center.

Abstract: A modular system for monitoring a hydrogen-cooled generator includes a skid having a platform and an upwardly extending support. The support is attachable to a hydrogen gas purity monitoring module, a generator overheat monitoring module, a hydrogen gas dryer module, a gas/generator monitoring module, and a gas manifold. The gas/generator monitoring module allows monitoring the operation of the hydrogen-cooled generator and generating data regarding the performance of the hydrogen-cooled generator. The gas/generator monitoring module may display an optimization factor or data regarding the performance of the hydrogen-cooled generator, and/or may be connected via a communications link to a remote control center.