Abstract: A shelf station is disclosed. The shelf station comprises a main body with a storage and mounting surface. The storage surface is non-orthogonal to the mounting surface. The mounting surface comprises one or more electronic components. The location and orientation of the electronic components results in the shelf station being compact and space efficient as, for example, charging cables do not extent beyond the footprint of the shelf station. The electronic components are interchangeable such that the shelf station is customisable. The shelf station features a dovetail mount means, a bevelled lip about the perimeter of the storage surface and a coating providing a soft, non-slip surface.