Smart Planning System of Hydropower Resources in Colorado River Basin Based on 3-Color-Water Theory

In this paper, we build a set of models that address the problem of resource allocation. Specifically, a sequential game model with water as a variable is set up by establishing a uniformly distributed linear river model and a 3-color automatic water distribution system (3CAWDS). In addition, demand was forecasted using grey correlation analysis (GCA) and a multiple linear regression model (MLRM). Further, the smooth curve method and the demand expectation of each state are used for forecasting. By establishing the bargaining power function, the water consumption in the particular state of insufficient resources is predicted, and the proportional prediction method determines the allocation scheme. Finally, the sensitivity was analyzed using the Cobb Douglas production function.