Abstract: The power plant generates electric power to be provided to an electric grid, the plant including a gas turbine, a steam turbine and one or more electrolyzers that uses electric power to generate hydrogen starting from water; the hydrogen is temporarily stored inside the power plant in a small tank. When power plant energy production exceeds grid energy demand, the electrolyzer is connected to the grid so to usefully consume the electric power not desired by the grid operator at a certain time and generate hydrogen that is used by the gas turbine as a secondary fuel together with a primary fuel.

Abstract: A modular gas turbine system for on-shore LNG plants is disclosed. The module comprises a base plate having a top side and a bottom side and supports on the top side thereof at least a gas turbine engine, a control and electrical room wired to the gas turbine engine, at least part of auxiliaries of the gas turbine engine. Additionally, at least one compressor is supported on the base plate and mechanically coupled to the gas turbine engine and driven into rotation by said gas turbine engine.

Abstract: A modular gas turbine system is disclosed. The system includes a base plate and a gas turbine engine mounted on the base plate. The gas turbine engine is drivingly coupled to a rotating load mounted on the base plate. A supporting frame extends above the base plate. A first bridge crane and a second bridge crane are movably supported on the supporting frame.

Abstract: A plant module that has a base plate and/or a frame and one or more turbomachines mounted to the base plate and/or the frame; it comprises a plurality of sensors mechanically connected to the base plate and/or the frame and electrically connected to a data processing unit for receiving data detected by the sensors and processing them; at least one of the sensors is a vibration sensor for detecting vibrations at a point or zone of the base plate and/or the frame, and/or a distance or displacement sensor for detecting a distance or a displacement of a point or zone of the base plate and/or the frame, and/or an inclination or rotation sensor for detecting an inclination or a rotation of a point or zone of the base plate and/or the frame.

Abstract: A modular gas turbine system is disclosed. The system includes a base plate and a gas turbine engine mounted on the base plate. The gas turbine engine has a rotation axis, a first air compressor section and a second air compressor section. A rotating load is mechanically coupled to the gas turbine engine and mounted on the base plate. A supporting frame extends above the base plate and supports a plurality of secondary coolers, which are fluid exchange relationship with an intercooler of the gas turbine engine.

Abstract: A modular gas turbine system is disclosed. The system includes a base plate and a gas turbine engine mounted on the base plate. The gas turbine engine has a rotation axis, a first air compressor section and a second air compressor section. A rotating load is mechanically coupled to the gas turbine engine and mounted on the base plate. A supporting frame extends above the base plate and supports a plurality of secondary coolers, which are fluid exchange relationship with an intercooler of the gas turbine engine.

Abstract: A modular gas turbine system is disclosed. The system includes a base plate and a gas turbine engine mounted on the base plate. The gas turbine engine is drivingly coupled to a rotating load mounted on the base plate. A supporting frame extends above the base plate. A first bridge crane and a second bridge crane are movably supported on the supporting frame.

Abstract: A transportable gas turbine module including a baseplate supporting at least a gas turbine and a load drivingly connected to the gas turbine. The module further comprises a structure surrounding the gas turbine and the load and connected to the baseplate. The baseplate is designed such that it can support a heavy duty as turbine having a rated power of not less than 80 MW.

Abstract: A modular gas turbine system for on-shore LNG plants is disclosed. The module comprises a base plate having a top side and a bottom side and supports on the top side thereof at least a gas turbine engine, a control and electrical room wired to the gas turbine engine, at least part of auxiliaries of the gas turbine engine. Additionally, at least one compressor is supported on the base plate and mechanically coupled to the gas turbine engine and driven into rotation by said gas turbine engine.

Abstract: A plant module that has a base plate and/or a frame and one or more turbomachines mounted to the base plate and/or the frame; it comprises a plurality of sensors mechanically connected to the base plate and/or the frame and electrically connected to a data processing unit for receiving data detected by the sensors and processing them; at least one of the sensors is a vibration sensor for detecting vibrations at a point or zone of the base plate and/or the frame, and/or a distance or displacement sensor for detecting a distance or a displacement of a point or zone of the base plate and/or the frame, and/or an inclination or rotation sensor for detecting an inclination or a rotation of a point or zone of the base plate and/or the frame.

Abstract: A transportable gas turbine module including a baseplate supporting at least a gas turbine and a load drivingly connected to the gas turbine. The module further comprises a structure surrounding the gas turbine and the load and connected to the baseplate. The baseplate is designed such that it can support a heavy duty as turbine having a rated power of not less than 80 MW.