Hybrid power system with power optimization and methods of use

A hybrid power system, wherein the hybrid power system comprises:

• at least two power storage components, wherein each power storage component of the at least two power storage components comprise:
• a power source having a corresponding source profile;
• a source charger electrically connected to the power source;
• and
• a sensor device communicatively connected to at least one power path controller and configured to detect a power source datum;
• at least one battery management and balancing module, wherein the at least one battery management and balancing module is configured to implement cell balancing within the power source of each power storage component by regulating energy transfer between cells with high energy levels and cells with low energy levels of each power source;
• and
• the at least one power path controller operatively connected to the at least two power storage components, wherein the at least one power path controller comprises a processing circuit configured to:
• receive an input signal;
• and
• selectively switch between the source profiles of the power sources of the at least two power storage components based on the received input signal, thereby configuring at least one power storage component of the at least two power storage components to provide stored power to an external load.