In the paper, the automation water distribution system for high location territories which are got from the underlying water source and consisting a sequence of water pipe-warehouse pump-segments of the stations on the slope and partitioned equipment's - parts of channel on high location plain with an alarm reset in the end of the channel, removing excess water is considered. For effective work of such a system a new formulation and solution of the optimal management of water supply problems is offered. For solving the problem, the method of linear programming mathematical package "Matlab" is used. The problem solution is given for the system with 3 pump stations - pipeline segments - warehouses and 2 channel baffle structures, portions of each channel and water storage area which is powered by a single point of consumption. To solve this problem the method of optimization mathematical package of Matlab is used and the results are analyzed. As a result, the problem of operative control for 13 water supply facilities during 2 consecutive intervals of constancy of parameters where the duration of each of which-12 hours is made. Total instead for the optimal values for managing the system with 26 variables are searched. In addition, the costs in the emergency facility in both intervals are completely converted to 0. This proves the acceptability of the considered problem for the control of such objects. The machine time spent for solving this problem is much less, and the problem can be applied to complex objects.