Turbine-generator driven by compressed air and magnet motor

A turbine assembly comprising:

• a turbine flywheel assembly housed within a turbine casing, wherein the turbine flywheel assembly comprises a turbine flywheel rotatably coupled to a shaft connected to the turbine casing, one or more turbine blade assemblies mounted on the turbine flywheel and comprising a ring of turbine blades, and a magnet motor rotor assembly rotatably coupled to the shaft, wherein the magnet motor rotor assembly comprises a plurality of rotor permanent magnets supported by at least one support plate and arranged in a ring around the shaft such that a pole of each of the rotor permanent magnets having a first polarity faces outward away from the shaft;
• a magnet motor stator assembly housed within the turbine casing housing, wherein the magnet motor stator assembly comprises a plurality of stator magnet assemblies supported by at least one stationary support plate and arranged in a ring around the magnet motor rotor assembly, wherein each of the stator magnet assemblies comprises a stator electromagnet and a stator permanent magnet, wherein each of the stator electromagnets comprises a core having a post portion and a substantially flat surface generally perpendicular to the post portion and a conductive coil wrapped around said post portion, wherein in each of the stator magnet assemblies the stator permanent magnet is mounted to the substantially flat surface of the core of the stator electromagnet such that a pole of the stator permanent magnet having the first polarity faces inward toward the stator electromagnet, and wherein each of the stator magnet assemblies is arranged such that the post portion of the stator electromagnet faces inward toward the magnet motor rotor assembly and the stator permanent magnet faces outward toward the turbine casing;
• a plurality of selectably controllable nozzles inserted into the turbine casing for injecting compressed air onto the turbine blades;
• one or more electromagnet controller connected to the stator electromagnets for individually and selectably activating, deactivating and polarity switching the stator electromagnets;
• a control computer in communication with the one or more electromagnet controller and the nozzles for executing computer-executable instructions for controlling the operation thereof;
• and
• one or more power source connected to the stator electromagnets, the electromagnet controllers and the control computer for supplying power thereto.