The invention relates to a new-type energy-conserving ladder-type cable bridge stand, comprising two side plates and several groups of ladder turn components. Each group of the ladder turn component comprises two mirror-set ladder turns. Each ladder turn consists of an upper horizontal block, a connection horizontal block and a lower horizontal block. The upper horizontal block and the lower horizontal block are in horizontal staggering arrangement. The connection horizontal block is inclined and fixedly arranged between the upper horizontal block and the lower horizontal block. The two sides of the upper horizontal block are welded and fixed with a first hexagonal nut separately; and the two sides of the connection horizontal block are welded and fixed with a second hexagonal nut separately; and the two sides of the lower horizontal block are welded and fixed with a third hexagonal nut separately. The inner wall of the side plate is provided with several groups of clamping groove groups, and each clamping groove group consists of a first clamping groove, a second clamping groove, and a third clamping groove. The first hexagonal nuts, the second hexagonal nuts and the third hexagonal nuts are inserted in the first clamping groove, the second clamping groove and the third clamping groove respectively and are fastened through screw bolts so that the ladder turns are fixed between the two side plates. The cable bridge stand of the invention has a stable performance, allows multiple loads and is more secure.