An enclosure for lighting systems (100, 200), said enclosure comprising: i. a first compartment (102A, 202A) provided in a first housing (102, 202); ii. at least one driver (104, 204A, 204B) receivable in said first compartment (102A, 202A) and configured to generate a plurality of driving signals; iii. a second compartment (106A, 206A) provided in a second housing (106, 206); and iv. at least one light emitting component (108, 206A, 208B) receivable in said second compartment (106A, 206A) and configured to receive said plurality of driving signals; wherein, said first housing (102, 202) is removably secured to said second housing (106, 206); and said first compartment (102A, 202A) is insulated from said second compartment (106A, 206A) by a first gasket (114, 214) positioned between the first housing (102, 202) and the second housing (106, 206) and adapted to provide a thermal break between said at least one driver (104, 204A, 204B) and said at least one light emitting component (108, 206A, 208B); characterized in that the enclosure further comprises: v. a third compartment (102B, 202B) provided in said first housing (102, 202); and vi. a plurality of wires (110, 210) receivable in said third compartment (102B, 202B), and connected to said at least one driver (104, 204A, 204B) and to said at least one light emitting component (108, 208A, 208B); wherein said plurality of wires (110, 210) are configured to carry said plurality of driving signals from said at least one driver (104, 204A, 204B) to said at least one light emitting component (108, 208A, 208B); and wherein a second gasket (115, 215) is positioned between the third compartment (102B, 202B) and a cover (126, 226) of the third compartment (102B, 202B). i. a first compartment (102A, 202A) provided in a first housing (102, 202); ii. at least one driver (104, 204A, 204B) receivable in said first compartment (102A, 202A) and configured to generate a plurality of driving signals; iii. a second compartment (106A, 206A) provided in a second housing (106, 206); and iv. at least one light emitting component (108, 206A, 208B) receivable in said second compartment (106A, 206A) and configured to receive said plurality of driving signals; wherein, said first housing (102, 202) is removably secured to said second housing (106, 206); and said first compartment (102A, 202A) is insulated from said second compartment (106A, 206A) by a first gasket (114, 214) positioned between the first housing (102, 202) and the second housing (106, 206) and adapted to provide a thermal break between said at least one driver (104, 204A, 204B) and said at least one light emitting component (108, 206A, 208B); characterized in that the enclosure further comprises: v. a third compartment (102B, 202B) provided in said first housing (102, 202); and vi. a plurality of wires (110, 210) receivable in said third compartment (102B, 202B), and connected to said at least one driver (104, 204A, 204B) and to said at least one light emitting component (108, 208A, 208B); wherein said plurality of wires (110, 210) are configured to carry said plurality of driving signals from said at least one driver (104, 204A, 204B) to said at least one light emitting component (108, 208A, 208B); and wherein a second gasket (115, 215) is positioned between the third compartment (102B, 202B) and a cover (126, 226) of the third compartment (102B, 202B). wherein said plurality of wires (110, 210) are configured to carry said plurality of driving signals from said at least one driver (104, 204A, 204B) to said at least one light emitting component (108, 208A, 208B); and wherein a second gasket (115, 215) is positioned between the third compartment (102B, 202B) and a cover (126, 226) of the third compartment (102B, 202B).