In order to solve the deviation between the actual discharge and the calculated discharge of hydropower plant by mixed integer linear programming (MILP) model with design head
an optimal head selection method for MILP model of hydropower plant based on operation data is proposed. Firstly
the MILP model of hydropower plant is used to obtain the optimal head which has the minimum deviation between the actual discharge and the calculated discharge. Then
the daily average reservoir inflow and the daily average output are taken as the optimal head eigenvectors. In the actual scheduling process
the optimal head can be selected according to the predicted reservoir inflow and the daily planned energy. The example shows that the proposed method can better reflect the actual discharge of hydropower plant
and is conducive to improving the matching accuracy of upstream and downstream water volume of cascaded hydropower plants in the formulation of power grid dispatching plan.
An Optimal Head Selection Method for MILP Moder of Hydropower Plant Based on Operation Data
Short-term Optimal Scheduling Method for Combined Operation of Wind power and Hydropower Considering Uncertainty of Wind Power
Research on Mid - long Term Dispatching Model of Hydropower Based on Minimization of Power Generation Deviation Under New Situation of Electricity System Reform
Research on Mid - long Term Dispatching Model of Hydropower Based on Minimization of Power Generation Deviation Under New Situation of Electricity System Reform
Short-term Optimal Scheduling Method for Combined Operation of Wind power and Hydropower Considering Uncertainty of Wind Power