System for coupling accessories and/or components

A method comprising:

• installing a baseplate on a structure in a vicinity of a power source;
• removably attaching one or more electrical components to the baseplate including at least mounting an electrical component of the one or more electrical components on at least one spacer, therein spacing by the spacer the electrical component away from the structure, wherein the electrical component is lifted away for the structure by a plurality of regions to create a gap via which one or more accessories are connected to the baseplate, wherein the regions comprising a series of the one or more protusions, and a plurality of depressions between the protrusions, wherein the depressions in the regions create the deepest points of the baseplate;
• and
• electrically attaching the one or more electrical components to the power source;
• the baseplate including at least one or more attachment points, either built in or attached to, the baseplate, that mechanically attach to corresponding attachment points on one or more electrical components, wherein the one or more electrical components are removably, mechanically connectable to said baseplate by the one or more attachment points, and the baseplate having at least one hole in which at least one electrical component fits;
• the baseplate being part of a system that includes at least
• a cover plate that attaches to the baseplate, via one or more mechanical connectors
• that are attached to at least one of the baseplate and the cover plate, and that holds the cover plate to the baseplate;
• and
• a spacer, wherein at least one electrical component mounts on the spacer, and the spacer spaces the electrical component from the structure;
• wherein
• the power source including at least a power supply;
• and
• the one or more electrical components are removably attachable to the baseplate.

A method comprising:

• powering one or more electrical components by at least
• transforming, by a power supply, a voltage from the voltage supplied by a power source to a voltage required by the one or more electrical components;
• and
• sending a current from the power supply, via one more electrical connectors associated with a baseplate, to the one or more electrical components;
• the baseplate being attached to a structure having the power source;
• and
• the one or more electrical components being removably attached to the baseplate;
• wherein
• (a) the baseplate that is attachable to a structure, the structure being in a vicinity of a power source,
• (b) the baseplate including at least one or more attachment points, either built in or attached to, the baseplate, that mechanically attach to corresponding attachment points on one or more electrical components, wherein the one or more electrical components are removably, mechanically connectable to said baseplate by the one or more attachment points, and
• (c) the baseplate having at least one hole in which at least one electrical component fits;
• a cover plate that attaches to the baseplate, via one or more mechanical connectors that are attached to at least one of the baseplate and the cover plate, and
• that holds the cover plate to the baseplate;
• the baseplate being part of a system including at least
• a spacer, wherein at least one electrical component mounts on the spacer, and the spacer spaces the electrical component from the structure, wherein the spacer positions the electrical component further away from the structure than the electrical component would otherwise be were the spacer not present, wherein the electrical component is lifted away for the structure by a plurality of regions to create a gap via which one or more accessories are connected to the baseplate, wherein the regions comprising a series of the one or more protusions, and a plurality of depressions between the protrusions, wherein the depressions in the regions create the deepest points of the baseplate;
• and
• a power supply that electrically connects to the one or more electrical components.