An electrical joint comprising: a first conductive component (102, 107); a second conductive component (102, 702) spaced apart from said first conductive component (102, 107); and a thermal cooling interface (104, 604, 706) for electrically coupling said first conductive component (102, 702) to said second conductive component (102, 702), said thermal cooling interface (104, 604, 706) comprising: a base plate (202, 602, 710) coupled to the first conductive component (102, 702) wherein said thermal cooling interface (104, 604, 706) is positioned between the first and second conductive components (102, 702) and wherein the first conductive component (102, 702), said thermal cooling interface (104, 604, 706), and the second conductive component (102, 702) are electrically coupled in series; characterized in that the thermal cooling interface (104, 604, 706) further comprises: a plurality of walls (204, 606, 712), each wall of the plurality of walls (204, 606, 712) extending orthogonally from said base plate (202, 602, 710) towards the second conductive component (102, 702) and connected thereto, said plurality of walls (204, 606, 712), the base plate (202, 602, 710), and the second conductive component (102, 702) cooperatively defining a plurality of enclosed cooling channels (108, 608) therebetween to channel air therethrough to facilitate cooling the first and second conductive components (102, 702). a first conductive component (102, 107); a second conductive component (102, 702) spaced apart from said first conductive component (102, 107); and a thermal cooling interface (104, 604, 706) for electrically coupling said first conductive component (102, 702) to said second conductive component (102, 702), said thermal cooling interface (104, 604, 706) comprising: a base plate (202, 602, 710) coupled to the first conductive component (102, 702) wherein said thermal cooling interface (104, 604, 706) is positioned between the first and second conductive components (102, 702) and wherein the first conductive component (102, 702), said thermal cooling interface (104, 604, 706), and the second conductive component (102, 702) are electrically coupled in series; characterized in that the thermal cooling interface (104, 604, 706) further comprises: a plurality of walls (204, 606, 712), each wall of the plurality of walls (204, 606, 712) extending orthogonally from said base plate (202, 602, 710) towards the second conductive component (102, 702) and connected thereto, said plurality of walls (204, 606, 712), the base plate (202, 602, 710), and the second conductive component (102, 702) cooperatively defining a plurality of enclosed cooling channels (108, 608) therebetween to channel air therethrough to facilitate cooling the first and second conductive components (102, 702). a base plate (202, 602, 710) coupled to the first conductive component (102, 702) wherein said thermal cooling interface (104, 604, 706) is positioned between the first and second conductive components (102, 702) and wherein the first conductive component (102, 702), said thermal cooling interface (104, 604, 706), and the second conductive component (102, 702) are electrically coupled in series; characterized in that the thermal cooling interface (104, 604, 706) further comprises: a plurality of walls (204, 606, 712), each wall of the plurality of walls (204, 606, 712) extending orthogonally from said base plate (202, 602, 710) towards the second conductive component (102, 702) and connected thereto, said plurality of walls (204, 606, 712), the base plate (202, 602, 710), and the second conductive component (102, 702) cooperatively defining a plurality of enclosed cooling channels (108, 608) therebetween to channel air therethrough to facilitate cooling the first and second conductive components (102, 702).