Paper Info
Title
Adaptive Critic Design-Based Dynamic Stochastic Optimal Control Design for a Microgrid With Multiple Renewable Resources
Abstract
This paper proposes a three-layer optimization and an intelligent control algorithm for a microgrid with multiple renewable resources. A dual heuristic dynamic programming-based system control layer is used to ensure the dynamic performance and voltage dynamics of the microgrid as the system operation conditions change. A local layer maximizes the capability of the photovoltaic (PV) wind power generators and battery systems, and a model predictive control-based device layer increases the tracking accuracy of the converter control. The proposed control scheme, system wide adaptive predictive supervisory control (SWAPSC) smooths the output of PV and wind generators under intermittencies, maintains bus voltage by providing dynamic reactive power support to the grid, and reduces the total system losses while minimizing degradation of battery life span. Performance comparisons are made with and without SWAPSC for an IEEE 13 node test system with a PV farm, a wind farm, and two battery-based energy storage systems.
Year
DOI
Venue
2015
10.1109/TSG.2015.2428435
IEEE Transactions on Smart Grid
Keywords
Field
DocType
Wind farms,Reactive power,Microgrids,Optimization,Predictive control,Algorithm design and analysis
Control theory,Supervisory control,Model predictive control,Power control,Maximum power point tracking,Control engineering,Electronic engineering,Control system,Engineering,Photovoltaic system,Microgrid,Wind power
Journal
Volume
Issue
ISSN
6
6
1949-3053
Citations 
PageRank 
References 
5
0.43
11
Authors
4
Name
Order
Citations
PageRank
Junbiao Han161.38
Sarika Khushalani- Solanki2213.47
Jignesh Solanki3213.47
Jiaqi Liang4645.85