Load system for an Mcap energy storage module

A load system for loading an Mcap energy storage module to an apparatus, comprising:

• a storage unit, wherein the storage unit further comprises:
• a first housing part, the first housing part includes a first side wall, a second side wall, a third side wall, a fourth side wall, a bottom wall and an first opening, wherein a plurality of Mcap cell are disposed in the housing part through the first opening;
• a first electrode formed in the first side wall;
• a second electrode formed in the second side wall facing the first side wall;
• a first magnetic device formed in the third side wall;
• a second magnetic device formed in the fourth side wall facing the third side wall, wherein the first magnetic device and the second magnetic have a special magnetic pole;
• and
• a seal for sealing the first opening;
• wherein a plurality of track set are formed in the inside of the first side wall and the second side wall, each track set includes a track for slipping a corresponding Mcap cell into the housing part;
• a load unit, wherein the load unit further comprises:
• a second housing part with a second opening, the storage unit is loaded into the second housing part through the second opening;
• a load mechanism acted with the first magnetic device;
• and
• a seal for sealing the second opening;
• and
• a location part in the apparatus to carry the storage unit, wherein the location part further comprises:
• a third electrode and a fourth electrode, when the storage unit locates on the location part, the first electrode couples with the third electrode and the second electrode couples with the fourth electrode;
• an eject mechanism acted with the second magnetic device;
• wherein when the storage unit is loaded into the location part form, the load mechanism is adjusted to have a magnetic pole the same as the special magnetic pole and the eject mechanism is adjusted to have a magnetic pole different from the special magnetic pole, the storage unit can leave the load unit by a repulsion between the first magnetic device and the load mechanism, and the storage unit can be loaded into the location part by an attraction power between the eject mechanism and the second magnetic mechanism;
• wherein when the storage unit is unloaded from the location part, the load mechanism is adjusted to have a magnetic pole different from the special magnetic pole and the eject mechanism is adjusted to have a magnetic pole the same as the special magnetic pole, the storage unit can leave the location part by a repulsion power between the eject mechanism and the second magnetic device and is loaded into the load unit by an attraction power between the first magnetic device and the first load mechanism.