Enhanced energy storage for equipment

A method of forming an energy storage device (ESD) holder, the method comprising:

• forming a main body;
• forming one or more ESD openings in the main body;
• and
• forming one or more vacancy regions in the main body;
• wherein each of the one or more vacancy regions is operable to hold a fluid;
• and
• wherein a first ESD opening of the one or more ESD openings is operable to prevent the fluid from contacting an ESD within the first ESD opening.

An energy storage device (ESD) system comprising:

• an energy storage device (ESD) holder comprising a main body, one or more ESD openings in the main body, one or more vacancy regions in the main body, an inlet port coupled to an ESD pump, and an outlet port coupled to the ESD pump;
• wherein each of the one or more vacancy regions is operable to hold a fluid;
• wherein a first ESD opening of the one or more ESD openings comprises a thermal interface that is operable to:
• contact the fluid and a surface of an ESD within the first ESD opening;
• and
• provide a pathway structure for heat exchange between the fluid and the ESD within the first ESD opening;
• wherein the ESD pump is operable to pass the fluid into, through, and out of the one or more vacancy regions in the main body;
• and
• wherein an ESD management system (ESD-MS) is coupled to the ESD within the first ESD opening and operable to:
• make a determination that a status of the ESD within the first ESD opening is out-of-range;
• and
• responsive to the determination that the status of the ESD within the first ESD opening is out-of-range, control operations of the ESD pump.