A system comprising: a motor that is adapted to drive a load; and a control component configured to facilitates control of the motor, wherein the control component comprises at least two switch components (202, 204, 252) electrically connected with the motor and controls respective switching to a particular state of the at least two switch components (202, 204, 252) based in part on a speed of the motor, wherein the control component is configured to control at least one of timing of switching the at least two switch components (202, 204, 252) to respective particular states or an amount of capacitance associated with the motor, wherein the at least two switch components (202, 204, 252) comprise: an auxiliary switch component that is electrically connected in series with an auxiliary winding of the motor and an AC power source, wherein the auxiliary switch component is adapted to switch on during an AC cycle of the AC power source; characterized by a main switch component that is adapted to connect a main winding of the motor to the auxiliary switch component via a node between the auxiliary switch component and the auxiliary winding, wherein the main switch component is switched on at a predetermined period of time after the auxiliary switch component is turned on based in part on the speed of the motor to facilitate reducing power loss in the motor; wherein at least one capacitance adjuster switch component is configured to be switched on when the speed of the motor is below a predetermined low speed threshold level to facilitate electrical connection of an additional capacitor to the auxiliary winding, wherein the additional capacitor is in parallel to a capacitor associated with the auxiliary winding, to facilitate increasing an amount of capacitance associated with the auxiliary winding which facilitates increasing current in the auxiliary winding when the speed of the motor is below the predetermined low speed threshold. a motor that is adapted to drive a load; and a control component configured to facilitates control of the motor, wherein the control component comprises at least two switch components (202, 204, 252) electrically connected with the motor and controls respective switching to a particular state of the at least two switch components (202, 204, 252) based in part on a speed of the motor, wherein the control component is configured to control at least one of timing of switching the at least two switch components (202, 204, 252) to respective particular states or an amount of capacitance associated with the motor, wherein the at least two switch components (202, 204, 252) comprise: an auxiliary switch component that is electrically connected in series with an auxiliary winding of the motor and an AC power source, wherein the auxiliary switch component is adapted to switch on during an AC cycle of the AC power source; characterized by a main switch component that is adapted to connect a main winding of the motor to the auxiliary switch component via a node between the auxiliary switch component and the auxiliary winding, wherein the main switch component is switched on at a predetermined period of time after the auxiliary switch component is turned on based in part on the speed of the motor to facilitate reducing power loss in the motor; wherein at least one capacitance adjuster switch component is configured to be switched on when the speed of the motor is below a predetermined low speed threshold level to facilitate electrical connection of an additional capacitor to the auxiliary winding, wherein the additional capacitor is in parallel to a capacitor associated with the auxiliary winding, to facilitate increasing an amount of capacitance associated with the auxiliary winding which facilitates increasing current in the auxiliary winding when the speed of the motor is below the predetermined low speed threshold. an auxiliary switch component that is electrically connected in series with an auxiliary winding of the motor and an AC power source, wherein the auxiliary switch component is adapted to switch on during an AC cycle of the AC power source; characterized by a main switch component that is adapted to connect a main winding of the motor to the auxiliary switch component via a node between the auxiliary switch component and the auxiliary winding, wherein the main switch component is switched on at a predetermined period of time after the auxiliary switch component is turned on based in part on the speed of the motor to facilitate reducing power loss in the motor; wherein at least one capacitance adjuster switch component is configured to be switched on when the speed of the motor is below a predetermined low speed threshold level to facilitate electrical connection of an additional capacitor to the auxiliary winding, wherein the additional capacitor is in parallel to a capacitor associated with the auxiliary winding, to facilitate increasing an amount of capacitance associated with the auxiliary winding which facilitates increasing current in the auxiliary winding when the speed of the motor is below the predetermined low speed threshold.