Matable energy storage devices
The disclosure relates to an energy storage assembly comprising energy storage components coupled to each other. The energy storage assembly may comprise one or more terminals and may mechanically and/or electrically coupled with an energy system, such as to a load. The energy storage assembly may be portable and may comprise a handle. The energy storage components may comprise capacitors and/or batteries. The energy storage assembly may comprise one or more diodes.
1. An energy storage assembly, comprising:
an energy storage component configured to store an energy originating from an energy source;
a diode biased toward the energy storage component and configured to prevent a flow of energy from the energy storage component, the energy storage component configured to receive the energy from the energy source via the diode;
another energy storage component mechanically coupled to the energy storage component and configured to receive at least a portion of the energy from the energy storage component, the another energy storage component having a greater energy density than the energy storage component and a lesser power density than the energy storage component;
another diode biased toward the another energy storage component and configured to prevent a flow of energy from the another energy storage component, the another energy storage component configured to receive the at least the portion of the energy from the energy storage component via the another diode;
one or more terminals comprising:
an elongate protrusion extending outward from an exterior surface of the energy storage assembly and configured to removably mechanically and electrically couple the energy storage assembly to an energy management system; and
an electrically conductive material positioned on an exterior surface of the elongate protrusion and configured to electrically connect the energy storage assembly with the energy management system;
wherein the elongate protrusion has a variable cross sectional area configured to change responsive to mechanically coupling with the energy management system to cause the elongate protrusion to exert an outward force from the elongate protrusion to the energy management system to hold the elongate protrusion within the energy management system; and
a handle disposed on another exterior surface positioned opposite the exterior surface of the energy storage assembly; and
a third diode electrically coupled to the another energy storage component and the electrically conductive material of the one or more terminals, the third diode being configured to convey the portion of the energy to the electrically conductive material of the one or more terminals from the another energy storage component, wherein the third diode is biased toward the one or more terminals to prevent a flow of energy from the energy management system.
2. The energy storage assembly of claim 1 , wherein the energy storage component is positioned at least partially within the another energy storage component.
3. The energy storage assembly of claim 1 , wherein the energy storage component is removably coupled to the another energy storage component via one or more component terminals.
4. The energy storage assembly of claim 1 , wherein the elongate protrusion is further configured to removably mechanically couple the energy storage assembly within the interior region of the energy management system.
5. The energy storage assembly of claim 1 , wherein the elongate protrusion further comprises an elongated protrusion extending along a length of the exterior surface of the energy storage assembly and configured to removably mechanically couple to a system terminal of the energy management system.
6. The energy storage assembly of claim 1 , further comprising a fourth diode biased toward the one or more terminals and configured to convey at least another portion of the energy from the energy storage component to the one or more terminals.
7. The energy storage assembly of claim 1 , wherein the energy storage component comprises a capacitor.
8. The energy storage assembly of claim 1 , wherein the another energy storage component comprises a battery.
9. The energy storage assembly of claim 1 , wherein the energy storage component comprises at least 150 volts of energy storage capacity.
10. The energy storage assembly of claim 1 , wherein the another energy storage component comprises at least 150 volts of energy storage capacity.
11. The energy storage assembly of claim 1 , further comprising a fourth diode positioned within the one or more terminals.
12. The energy storage assembly of claim 1 , wherein the one or more terminals further comprises a magnet configured to attract to the energy management system to facilitate mechanically coupling the energy storage assembly to the energy management system.
13. An energy storage assembly, comprising:
an energy storage component configured to store energy originating from an energy source;
a first diode biased toward the energy storage component and configured to prevent a flow of energy from the energy storage component, the energy storage component configured to receive the energy originating from the energy source via the first diode;
another energy storage component configured to receive at least a portion of the energy from the energy storage component, the another energy storage component having a greater energy density than the energy storage component and a lesser power density than the energy storage component;
a second diode biased toward the another energy storage component and configured to prevent a flow of energy from the another energy storage component, the another energy storage component configured to receive the at least the portion of the energy from the energy storage component via the second diode;
one or more terminals comprising:
an elongate protrusion extending outward from an exterior surface of the energy storage assembly having a variable radius along a length of the elongate protrusion and configured to removably mechanically and electrically couple the energy storage assembly within a housing of a vehicle; and
an electrically conductive material positioned on an exterior surface of the elongate protrusion and configured to electrically connect the energy storage assembly with an electrical load associated with the vehicle;
wherein the elongate protrusion are each configured to have a wider diameter than a diameter of an interior region of the housing of the vehicle and the elongate protrusions are configured to exert a radial force on an inside surface the interior region of the housing of the vehicle; and
wherein the radial force is configured to hold the elongate protrusion within the housing of the vehicle;
a handle disposed on another exterior surface positioned opposite the exterior surface of the energy storage assembly; and
a third diode electrically coupled to the another energy storage component and configured to convey the portion of the energy to the one or more terminals from the another energy storage component, wherein the third diode is biased toward the one or more terminals to prevent a flow of energy toward the another energy storage component.
14. The energy storage assembly of claim 13 , wherein the energy storage component is positioned at least partially within the another energy storage component.
15. The energy storage assembly of claim 13 , wherein the energy storage component is removably coupled to the another energy storage component via one or more component terminals.
16. The energy storage assembly of claim 13 , wherein the elongate protrusion is further configured to removably mechanically couple the energy storage assembly within the interior region of the vehicle.
17. The energy storage assembly of claim 13 , further comprising a fourth diode biased toward the one or more terminals and configured to convey at least another portion of the energy from the energy storage component to the one or more terminals.
18. The energy storage assembly of claim 13 , wherein the energy storage component comprises a capacitor.
19. The energy storage assembly of claim 13 , wherein the another energy storage component comprises a battery.
20. The energy storage assembly of claim 13 , wherein the energy storage component comprises at least 150 volts of energy storage capacity.
21. The energy storage assembly of claim 13 , wherein the another energy storage component comprises at least 150 volts of energy storage capacity.
22. The energy storage assembly of claim 13 , wherein the electrical load comprises a traction motor of the vehicle configured to provide locomotive power to the vehicle.