The invention belongs to the field of construction machineries, and particularly relates to a multi-hydraulic-cylinder elementary error asynchronous circulation jacking system for a large construction platform. Executive components of hydraulic circuits in the multi-hydraulic-cylinder elementary error asynchronous circulation jacking system do not carry out synchronous action, but carry out jacking from a certain group of jacking oil cylinders, when the group of jacking oil cylinders jack to a half of a predetermined stroke, all jacking oil cylinders adjacent to the group of jacking oil cylinders begin to jack, and the rest can be done in the same manner till the last group of jacking oil cylinders jack. The overall jacking process of the multi-hydraulic-cylinder elementary error asynchronous circulation jacking system is controlled by a PLC control system, each jacking oil cylinder in the corresponding hydraulic circuit is equipped with a displacement sensor for measuring the displacement of the corresponding jacking oil cylinder, and when the jacking oil cylinders reach predetermined positions, the displacement sensors may send out feedback signals to allow relays in corresponding PLCs to act to control corresponding hydraulic valves in each hydraulic circuit.