Improved Reverse Magnetic Asynchronous Induction Motor Systems and Methods

An improved reverse magnetic asynchronous induction motor system comprising:

• at least one drive stator;
• at least one high total motor-efficiency reverse magnetic stator system;
• a rotor;
• an induction motor system drive system;
• and
• a motor frame.

An improved reverse magnetic asynchronous induction motor system as described in claim 27 wherein said improved reverse magnetic asynchronous induction motor system has a motor frame having a comparable motor standard nameplate efficiency value at a rated full load when said motor system motor frame is used without said reverse magnetic stator system in said comparable motor, and wherein said improved reverse magnetic asynchronous induction motor system has constant power efficiency at its rated full load that improves upon said comparable motor standard nameplate efficiency value by an efficiency improvement selected from:

• at least a 20% efficiency improvement over said comparable motor standard nameplate efficiency towards 100%;
• at least a 33% efficiency improvement over said comparable motor standard nameplate efficiency towards 100%;
• at least a 40% efficiency improvement over said comparable motor standard nameplate efficiency towards 100%;
• and
• at least a 50% efficiency improvement over said comparable motor standard nameplate efficiency towards 100%.

An improved reverse magnetic asynchronous induction motor system comprising:

• at least one drive stator;
• at least one rated-full load slip-minimized reverse magnetic stator system;
• and
• a rotor.

An improved reverse magnetic asynchronous induction motor system comprising:

• at least one drive stator;
• at least one reverse magnetic stator system;
• at least one reverse stator capacitance having a size determined by a comparable supplied power but disparate motor type induction motor;
• and
• a rotor.

An improved reverse magnetic asynchronous induction motor system comprising:

• at least one drive stator;
• at least one drive stator-coordinated reverse magnetic stator system;
• a rotor;
• and
• a motor frame encasing at least said at least one drive stator and said rotor.

An improved reverse magnetic asynchronous induction motor system comprising:

• at least one drive stator;
• at least one nearly joule effect breakdown current density reverse magnetic stator system;
• and
• a rotor.

An improved reverse magnetic asynchronous induction motor system comprising:

• at least one drive stator having at least one drive stator reactance;
• at least one reverse magnetic stator system;
• at least one exorbitantly-sized reverse magnetic effect-boosting capacitance;
• a rotor;
• and
• a motor frame.

An improved reverse magnetic asynchronous induction motor system comprising:

• at least one drive stator;
• at least one at least IE4-total motor-efficiency reverse magnetic stator system;
• a rotor;
• an induction motor system drive system;
• and
• a motor frame.

An improved reverse magnetic asynchronous induction motor system comprising:

• at least one drive stator;
• at least one at least NEMA super premium total motor-efficiency reverse magnetic stator system;
• a rotor;
• an induction motor system drive system;
• and
• a motor frame.

A method of providing power from an asynchronous induction motor system comprising the steps of:

• powering at least one drive stator;
• powering at least one drive stator-coordinated reverse magnetic stator system;
• and
• rotating a rotor with interaction of said at least one drive stator and said at least one drive stator-coordinated reverse magnetic stator system.

A method of providing power from an asynchronous induction motor system comprising the steps of:

• providing an induction motor system drive system;
• powering at least one drive stator;
• powering at least one at least IE4-total motor-efficiency reverse magnetic stator system;
• rotating a rotor with interaction of said at least one drive stator and said at least one high efficiency reverse magnetic stator system;
• encasing said drive stator, a reverse magnetic stator, and said rotor;
• achieving at least IE4-total motor-efficiency by said motor system as compared to said comparable motor.

A method of providing power from an asynchronous induction motor system comprising the steps of:

• powering at least one drive stator;
• powering at least one rated-full load slip-minimized reverse magnetic stator system;
• and
• rotating a rotor with interaction of said at least one drive stator and said at least one rated-full load slip-minimized reverse magnetic stator system.

A method of providing power from an asynchronous induction motor system comprising the steps of:

• powering at least one drive stator;
• powering at least one nearly joule effect breakdown current density reverse magnetic stator system;
• and
• rotating a rotor with interaction of said at least one drive stator and said at least one nearly joule effect breakdown current density reverse magnetic stator system.

A method of providing power from an asynchronous induction motor system comprising the steps of:

• powering at least one drive stator;
• powering at least one reverse magnetic stator;
• effecting power to said at least one reverse magnetic stator by at least one exorbitantly-sized reverse magnetic effect-boosting capacitance;
• and
• rotating a rotor with interaction of said at least one drive stator and said at least one reverse magnetic stator.

A method of providing power from an asynchronous induction motor system comprising the steps of:

• powering at least one drive stator;
• powering at least one reverse magnetic stator;
• effecting power to said at least one reverse magnetic stator by at least one reverse stator capacitance having a size determined by a comparable supplied power but disparate motor type induction motor;
• and
• rotating a rotor with interaction of said at least one drive stator and said at least one reverse magnetic stator.

An improved reverse magnetic asynchronous induction motor system comprising:

• at least one drive stator;
• at least one reverse magnetic stator system;
• at least one reverse stator capacitance having a size indicated below as MED in micro farads (uF) as set forth in the following tables
• 460 Volts 60 Hz
• 400 Volts 50 Hz
• HP
• MFD/Ph.
• HP
• MFD/Ph.
• 5
• 9.90
• 4
• 15.55
• 7.5
• 14.10
• 5.5
• 21.02
• 10
• 18.30
• 7.5
• 28.76
• 15
• 28.65
• 11
• 26.97
• 20
• 37.50
• 15
• 54.75
• 25
• 48.00
• 18.5
• 67.84
• 30
• 54.30
• 22
• 79.74
• 40
• 72.75
• 30
• 106.32
• 50
• 88.5
• 37
• 130.53
• 60
• 108.00
• 45
• 160.88
• 75
• 132.00
• 55
• 192.42;
• and
• a rotor.

An improved reverse magnetic asynchronous induction motor system comprising:

• at least one drive stator;
• at least one drive stator-coordinated reverse magnetic stator system capacitance having a size indicated below as MFD in micro farads (uF) as set forth in the following tables
• 460 Volts 60 Hz
• 400 Volts 50 Hz
• HP
• MFD/Ph.
• HP
• MFD/Ph.
• 5
• 9.90
• 4
• 15.55
• 7.5
• 14.10
• 5.5
• 21.02
• 10
• 18.30
• 7.5
• 28.76
• 15
• 28.65
• 11
• 26.97
• 20
• 37.50
• 15
• 54.75
• 25
• 48.00
• 18.5
• 67.84
• 30
• 54.30
• 22
• 79.74
• 40
• 72.75
• 30
• 106.32
• 50
• 88.5
• 37
• 130.53
• 60
• 108.00
• 45
• 160.88
• 75
• 132.00
• 55
• 192.42;
• a rotor;
• and
• a motor frame encasing at least said at least one drive stator and said rotor.