A solar array concentrator assembly, comprising: a first solar array panel configured to receive solar energy; a first adjustable concentrator coupled to the first solar array panel, the first adjustable concentrator reflecting solar energy toward the first solar array panel; a first drive shaft (20, 55) coupled to the first adjustable concentrator, the first drive shaft (20, 55) configured to rotate the first adjustable concentrator relative to the first solar array panel to maximize the solar energy reflected toward the first solar array panel; a second solar array panel configured to receive solar energy: a second adjustable concentrator coupled to the second solar array panel, the second adjustable concentrator reflecting solar energy toward the second solar array panel; a second drive shaft (20, 55) coupled to the second adjustable concentrator, the second drive shaft (20, 55) configured to rotate the second adjustable concentrator relative to the second solar array panel to maximize the solar energy reflected toward the second solar array panel; and a draw mechanism foldably coupling the first and second solar array panels using the first and second drive shafts (20, 55), the draw mechanism operable to engage the first drive shaft with the second drive shaft to form a continuous drive shaft for deployment of the first and the second solar array panels and rotation of the first and second adjustable concentrators hinged to the first and second solar array panels. a first solar array panel configured to receive solar energy; a first adjustable concentrator coupled to the first solar array panel, the first adjustable concentrator reflecting solar energy toward the first solar array panel; a first drive shaft (20, 55) coupled to the first adjustable concentrator, the first drive shaft (20, 55) configured to rotate the first adjustable concentrator relative to the first solar array panel to maximize the solar energy reflected toward the first solar array panel; a second solar array panel configured to receive solar energy: a second adjustable concentrator coupled to the second solar array panel, the second adjustable concentrator reflecting solar energy toward the second solar array panel; a second drive shaft (20, 55) coupled to the second adjustable concentrator, the second drive shaft (20, 55) configured to rotate the second adjustable concentrator relative to the second solar array panel to maximize the solar energy reflected toward the second solar array panel; and a draw mechanism foldably coupling the first and second solar array panels using the first and second drive shafts (20, 55), the draw mechanism operable to engage the first drive shaft with the second drive shaft to form a continuous drive shaft for deployment of the first and the second solar array panels and rotation of the first and second adjustable concentrators hinged to the first and second solar array panels. a second adjustable concentrator coupled to the second solar array panel, the second adjustable concentrator reflecting solar energy toward the second solar array panel; a second drive shaft (20, 55) coupled to the second adjustable concentrator, the second drive shaft (20, 55) configured to rotate the second adjustable concentrator relative to the second solar array panel to maximize the solar energy reflected toward the second solar array panel; and a draw mechanism foldably coupling the first and second solar array panels using the first and second drive shafts (20, 55), the draw mechanism operable to engage the first drive shaft with the second drive shaft to form a continuous drive shaft for deployment of the first and the second solar array panels and rotation of the first and second adjustable concentrators hinged to the first and second solar array panels.