APPARATUSES FOR ELECTRICALLY CONNECTING ENERGY SYSTEMS
One aspect of the present invention pertains to an apparatus for electric energy, storage, control, and use. Another aspect of the present invention pertains to a system for electric energy, storage, control, and use.
1 . An electric energy system comprising:
an energy module comprising a plurality of energy cells having energy cell terminals, a flexible interconnect circuit comprising integrated energy cell terminal contacts and power pack fusing between each energy cell; the flexible interconnect circuit being electrically connected to the energy cell terminals to collect or distribute electric power;
a power coupling module coupled to the energy module to accomplish input or output of electric power;
a control and communication module coupled to the energy module and/or the power coupling module; and
a support module to physically support the energy module, the power coupling module, and/or the control and communication module.
2 . The electric energy system of claim 1 , wherein the flexible interconnect circuit further comprises sense line fusing and sense line connections for sense line coupling to the control and communication module.
3 . The electric energy system of claim 1 , wherein the flexible interconnect circuit further comprises sense line fusing and sense line connections for sense line coupling to the control and communication module; the sense line fusing being connected to or being connected proximate the power pack fuse and/or the energy cell terminal contacts.
4 . The electric energy system of claim 1 , wherein the flexible interconnect circuit having through-holes disposed through the energy cell terminal contacts to accomplish fastening the energy cell terminal contacts to the energy cell terminals.
5 . The electric energy system of claim 1 , wherein the flexible interconnect circuit having through-holes disposed through the energy cell terminal contacts to accomplish bolting the energy cell terminal contacts to the energy cell terminals with threaded connectors.
6 . The electric energy system of claim 1 , wherein the flexible interconnect circuit having through-holes disposed through the energy cell terminal contacts to accomplish fastening the energy cell terminal contacts to the energy cell terminals with threaded connectors.
7 . The electric energy system of claim 1 , wherein the flexible interconnect circuit is configured to provide single contacts to energy cell connections and fusing between cells and sense line connections with fusing to a battery management system of the control and communication module, wherein the fusing between cells and the fusing to the battery management system have different current ratings.
8 . The electric energy system of claim 1 , wherein the flexible interconnect circuit further comprises a voltage tap for each energy cell.
9 . The electric energy system of claim 1 , wherein the flexible interconnect circuit further comprises a voltage tap with fusing for each energy cell.
10 . The electric energy system of claim 1 , wherein the energy cells comprise batteries.
11 . The electric energy system of claim 1 , wherein the energy cells comprise fuel cells.
12 . The electric energy system of claim 1 , wherein the energy cells comprise capacitors.
13 . A flexible interconnect circuit for connecting electric energy cells, the interconnect circuit comprising an electrical conductor laminated with an insulator, the electrical conductor comprising integrated energy cell terminal contacts and power pack fusing between each energy cell; the flexible interconnect circuit being electrically connectable to the energy cell terminals to collect or distribute electric power.
14 . The flexible interconnect circuit of claim 13 , wherein the flexible interconnect circuit further comprises sense line fusing and sense line connections for sense line coupling to a control and communication module.
15 . The flexible interconnect circuit of claim 13 , wherein the flexible interconnect circuit further comprises sense line fusing and sense line connections for sense line coupling to the control and communication module; the sense line fusing being connected to or being connected proximate the power pack fusing and/or the energy cell terminal contacts.
16 . The flexible interconnect circuit of claim 13 , wherein the flexible interconnect circuit having through-holes disposed through the energy cell terminal contacts to accomplish fastening the energy cell terminal contacts to the energy cell terminals.
17 . The flexible interconnect circuit of claim 13 , wherein the flexible interconnect circuit having through-holes disposed through the energy cell terminal contacts to accomplish bolting the energy cell terminal contacts to the energy cell terminals with threaded connectors.
18 . The flexible interconnect circuit of claim 13 , wherein the flexible interconnect circuit having through-holes disposed through the energy cell terminal contacts to accomplish fastening the energy cell terminal contacts to the energy cell terminals with threaded connectors.
19 . The flexible interconnect circuit of claim 13 , wherein the flexible interconnect circuit is configured to provide single contacts to energy cell connections and fusing between cells and sense line connections with fusing to a battery management system, wherein the fusing between cells and the fusing to the battery management system have different current ratings.
20 . The flexible interconnect circuit of claim 13 , wherein the flexible interconnect circuit further comprises a voltage tap with fusing for each energy cell.