Scenery Diesel Hybrid Energy Storage System Modeling And Simulation Optimization

In view of the hybrid energy storage wood system configuration, there are forecast,management, optimization, and the problems of control, how to design scenery woodcomponents storage capacity to achieve the optimal cost, how to load and sceneryresources deployment of hybrid energy changes the energy control to achieve a stablesystem, do not appear energy gap, reduce the cost of spectral wood storage hybridenergy systems of the two key problems.This paper puts forward to adopt DIRECT (cubic cutting algorithm) to the objectivefunction for nonlinear optimization, for power scheduling operation mode morejudgment method of operation simulation, in view of the energy scheduling operationmode more judgment method in the process of simulation of operation energyscheduling. From the theory modeling, optimization design and simulation, intelligentcontrol and scheduling, software design and optimization algorithm to carry on thethorough analysis of the system. Specific for the work of this paper and new place for:1. The spectral fuel storage parts including diesel generator set, solar panels, windgenerator and battery of physical and mathematical model, based on these models canbe calculated real-time solar radiation and wind speed of the system of real-time energydistribution, to lay the foundation for the simulation process.2. Based on the DIRECT algorithm simulation optimization design, according tothe different simulation results compare the performance of the algorithm, and achievedoptimization simulation results.. Put forward the simulation on the basis of energy scheduling mode, includingeconomical scheduling strategy and rated power minimum running time strategy.4. In the optimization design and energy scheduling strategy was developed basedon the scenery wood mix storage.