1. A computer-implemented method for auctioning a number of products, comprising: subdividing, by a processor, the number of products into a plurality of first and second sublots, a total quantity of the products in the plurality of first sublots equaling the number of products and a total quantity of the products in the plurality of second sublots equaling the number of products; creating, by the processor, auctions for each sublot in the first and second sublots; calculating, by the processor, total final bid values of a plurality of combinations of the auctions, each auction combination having a total of quantity of products equaling the number of products and at least one auction combination including products from both the first and second sublots; and designating, by the processor, a highest bid of each auction in the auction combination having a highest total final bid value as a winning bid.