Development Of An Agent Based Simulation For The Cellular Transport System And Scenario Based Performance Analysis
Theinterconnection and parallel operation of distributed generations (DGs) withina distribution network usually
lead to problems associated with power quality, especially with the large-scalewind farms (WFs). Thispaper proposed a
circumspectapproach to assessingthe adequate capacity of a battery energy storage system (BESS) in a wind-storage system to
enlarge the utilization of wind power in WFs. Using thebisection search approach (BSA), is an effective and simple method to
determine the maximum allowable interconnection capacity of WTGs. In addition, the proposed implementation meetsthe
grid-interconnection requirements, such as steady-state voltage deviation (SSVD) and feederthermal capacity (FTC),shall
bemetwhile determiningthe adequate BESS capacity. Finally, a practical sample system was performed to assess the efficacy
of the proposed approach in a large-scale wind-storage system, while solve problem of the installing storage capacity.
Index Terms—Wind Farm, Battery Energy Storage System, Steady-State Voltage Deviation, Wind-Storage System,
Maximum Allowable Interconnected Capacity.