Initial water rights study of Wang Yao reservoir

Establish a water resources system simulation model and study initial water rights allocation of the Wang Ge-Du reservoir. The model based on the regional water resource conditions, and it made the water system to network diagram generalization at the macro-transformation on the basis of water. The paper based on the system simulation technology and water balance and worked out the simulation model using computer languages. Taking Wang Yao reservoir for research object, analyzed the initial water rights convert dynamic adjustment of the reservoir using a long series of inflow data. Adjustable water is 9572.2 million m³ when the maximum water is 39963 million m³, and Adjustable water is -2348.4 million m³ when the minimum water is 27325 million m³ using the established simulation model of water resources system and according to a long series of simulation. The river ecology and industry the initial water rights were 11980 and 8797 million m³ in the represents 50%, 75% and 95%. The initial irrigation water rights were 5195, 4919 and 3111 million m³ in the represents 50%, 75% and 95%. The model can make the initial dynamic adjustment of water rights to each user based on the actual water demand according to forecasts for water. It can be quickly and easily solve the problem.