Modular energy system

A modular energy system, comprising:

• a first module, comprising:
• a first panel, wherein the first panel defines a first cavity;
• a second panel, wherein the second panel and the first panel define a first edge, and wherein the second panel further comprises a second edge on an opposite side of the second panel to first edge;
• a first connector snapably attachable to the first panel and positioned such that a portion of the first connector extends past the second edge of the second panel, the first connector comprising:
• a frame having a first frame member extending along a first side of the first connector and a second frame member extending along a second side of the first connector opposite the first side, wherein the first frame member comprises a first snap connector and wherein the second frame member comprises a second snap connector;
• wherein the first panel further comprises a first tab positioned on a first side of the first cavity and a second tab positioned on a second side of the first cavity, wherein the first tab is configured to snapably receive the first snap connector, and wherein the second tab is configured to snapably receive the second snap connector;
• a second module, comprising:
• a third panel;
• a fourth panel, wherein the fourth panel and the third panel define a third edge, and wherein the fourth panel further comprises a fourth edge on an opposite side of the fourth panel to the third edge;
• a second connector snapably attachable to the third panel, wherein the third panel defines a second cavity, wherein the second connector comprises an enclosure that extends into the second cavity upon attachment of the second connector to the third panel,
• wherein the second module is coupled to the first module in a stacked configuration, wherein the portion of the first connector extending past the second edge of the second panel is positioned within the enclosure of the second connector, and wherein the second panel is aligned with the fourth panel in the stacked configuration.

A modular energy system, comprising:

• a first module, comprising:
• a first frame comprising a first plurality of panels;
• and
• a first connector snapably attachable to the first frame in a standing configuration within the first frame, and extending beyond a top surface of the first frame;
• a second module, comprising:
• a second frame comprising a second plurality of panels;
• and
• a second connector snapably attachable to the second frame in a standing configuration within the second frame, and extending beyond a top surface of the second frame;
• and
• wherein the second module is configured to be coupled to the first module in a stacked configuration characterized by the first connector extending into the first frame to be received within the first connector.