Anode carbon block pools used for aluminum electrolysis and collocation method for anode carbon block stockpiling

The invention relates to anode carbon block pools used for aluminum electrolysis and a collocation method for anode carbon block stockpiling. Two raw-carbon block pools and a roasting carbon block pool which are continuously spanned for three times are arranged between a raw anode workshop and an anode assembling workshop. The roasting carbon block pool is adjacent to the anode assembling workshop. Raw-carbon block stacking crown blocks are arranged at the end portions on one sides of the two raw-carbon block pools. The two ends of the roasting carbon block pool are each provided with a roasting carbon block stacking crown block. a to a raw-carbon block stockpiling areas are arranged in each raw-carbon block pool, and b to b roasting carbon block stockpiling areas are arranged in the roasting carbon block pool. When the raw-carbon block stacking crown blocks clamp and transport raw anode carbon blocks, running operation is conducted according to an order that the raw anode carbon blocks are put into the pool firstly and put out of the pool later, and stockpiling or clamping and transporting on the roasting carbon blocks are operated according to a shortest operation distance requirement for the roasting carbon block stacking crown blocks. The anode carbon block pool used for aluminum electrolysis and the collocation method for anode carbon block stockpiling have the advantages and effects that a collocation method of the carbon block pools can be optimized, the investment cost is reduced, and requirements for large-scale preroasting anode capacity are met.