Abstract: This paper presents a new dynamic configuration model on an integrated service platform of
water resources to overcome the problems of traditional water resources allocation in poor operability and
difficulty in dynamic implementation and development. On the meta-synthesis platform, a water resources
allocation system can be flexible and rapid to construct, and this model visualizes water resources network
and configuration business process on the knowledge graph and componentizes the allocation model with
component technology. Application shows that the water resources dynamic configuration system of the
model is more practical in two aspects, an intelligentized and visualized configuration, and a dynamic and
componentized calculation process. Thus, the new model, in view of its dynamic and maneuverable features,
is able to adapt to dynamic development of water resources allocation and management.