A tower assembly for use with a modular tower, said tower assembly comprising: a plurality of assembly panels each comprising a pair of opposing circumferential edges (206, 208); and characterised by: a plurality of connectors for use in coupling adjacent assembly panels of said plurality of assembly panels to one another, each connector of said plurality of connectors comprising a first T-shaped portion comprising an outer flange and a first portion extending from said outer flange and a second T-shaped portion comprising an inner flange and a second portion extending from said inner flange, wherein said first T-shaped portion and said second T-shaped portion are separate connector components, wherein said first and second portions form a spacer and wherein said outer flange is spaced a distance from said inner flange such that a first slot and a second slot are defined between said outer and inner flanges (302, 304), each of said first and said second slots (308, 310) being sized to receive one of said assembly panel circumferential edges (206, 208) therein to enable said adjacent assembly panels to be coupled to one another, and wherein each of said connectors extends along an entire axial length (L 1) of said panel circumferential edges (206, 208); wherein each of said plurality of assembly panels comprises a plurality of apertures extending therethrough, each of said plurality of assembly panel apertures facilitates securely coupling said adjacent assembly panels to one another; and wherein each of said connector flanges (302, 304) comprises a plurality of apertures defined therein, said plurality of assembly panel apertures and said plurality of connector apertures are oriented to be substantially concentrically aligned when said adjacent assembly panels are coupled to said connector. a plurality of assembly panels each comprising a pair of opposing circumferential edges (206, 208); and characterised by: a plurality of connectors for use in coupling adjacent assembly panels of said plurality of assembly panels to one another, each connector of said plurality of connectors comprising a first T-shaped portion comprising an outer flange and a first portion extending from said outer flange and a second T-shaped portion comprising an inner flange and a second portion extending from said inner flange, wherein said first T-shaped portion and said second T-shaped portion are separate connector components, wherein said first and second portions form a spacer and wherein said outer flange is spaced a distance from said inner flange such that a first slot and a second slot are defined between said outer and inner flanges (302, 304), each of said first and said second slots (308, 310) being sized to receive one of said assembly panel circumferential edges (206, 208) therein to enable said adjacent assembly panels to be coupled to one another, and wherein each of said connectors extends along an entire axial length (L 1) of said panel circumferential edges (206, 208); a plurality of connectors for use in coupling adjacent assembly panels of said plurality of assembly panels to one another, each connector of said plurality of connectors comprising a first T-shaped portion comprising an outer flange and a first portion extending from said outer flange and a second T-shaped portion comprising an inner flange and a second portion extending from said inner flange, wherein said first T-shaped portion and said second T-shaped portion are separate connector components, wherein said first and second portions form a spacer and wherein said outer flange is spaced a distance from said inner flange such that a first slot and a second slot are defined between said outer and inner flanges (302, 304), each of said first and said second slots (308, 310) being sized to receive one of said assembly panel circumferential edges (206, 208) therein to enable said adjacent assembly panels to be coupled to one another, and wherein each of said connectors extends along an entire axial length (L 1) of said panel circumferential edges (206, 208);