Batching system for sintered material containing copper-nickel solid waste

The invention provides a batching system for a sintered material containing copper-nickel solid waste. The batching system comprises a coal adding subsystem, a returned powder adding subsystem, a partial wet material adding subsystem, a partial dry material adding subsystem and a stirring transportation subsystem. The stirring transportation subsystem comprises a third belt conveyor, a batching and stirring device and a fourth belt conveyor which are connected in sequence, and a sintered material conveyed by the third belt conveyor enters the batching and stirring device to be stirred and thenis conveyed to a storage yard through the fourth belt conveyor; the batching system further comprises a control system capable of setting the batching proportion of the sintered material, wherein each of the coal adding subsystem, the returned powder adding subsystem, the partial wet material adding subsystem and the partial dry material adding subsystem comprises an electronic belt weigher respectively, and the control