Hybrid electrically powered transportation system utilizing renewable energy stored in supercapacitors

An electrical grid management system connected to a main grid, the electrical grid management system including a plurality of segmented pathways that each include a corresponding renewable energy source and a vehicle propelled along the plurality of segmented pathways, the electrical grid management system comprising:

• a system control module including control logic determining a baseline operational plan, wherein the baseline operation plan is based on scheduling and operational requirements of the vehicle;
• a corresponding supercapacitor provided for at least one of the plurality of segmented pathways, the corresponding supercapacitor storing energy generated by one of the corresponding renewable energy source for later use to propel the vehicle along a corresponding segmented pathway;
• and
• a plurality of section control modules in communication with the system control module, one of the corresponding supercapacitors, and the main grid, the plurality of section control modules each including control logic for drawing power from either the main grid or the corresponding supercapacitor to propel the vehicle along the segmented pathways based on the baseline operation plan.