Disclosed is a method to schedule intelligent allocation and supply for multiple sources of water supply. The method includes: a step of inducing multiple sources of water supply, installed in multiple areas, to an undercurrent by performing water-blending on the sources; a step of purifying raw water, blended and induced to the undercurrent by a local water platform, through a local water purification system; a step of supplying the water, purified in each local purification system, to a local distributing reservoir; a step of distributing and supplying the water from the local purification system and the distributing reservoir to water purification systems and distributing reservoirs in other areas through a connection waterway network; a treated water quality monitoring step of measuring the quality of collected water of the multiple resources, the quality of the raw water in the purification system, and the quality of the treated water discharged from the purification system; a treated water amount monitoring step of monitoring amounts from an amount of the collected water to a supply amount of the distributing reservoir by area; and a step of allocating the treated water from the multiple resources of water supply through the connection waterway network in accordance with a dynamic control process modeled based on information about a treatment capacity and operational energy of each of the water platform, the purification system, the connection waterway network, and the distributing reservoir, and a pumping capacity, an energy consumption rate, and differential power rate application of a water supply pump.
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