Performance evaluation of EPON-based communication network architectures for large-scale offshore wind power farms

Lecture Notes in Electrical Engineering

Volumn 240 LNEE, Issue , 2013, Pages 841-848

  Ahmed, Mohamed A ^a   Yang, Won Hyuk ^a   Kim, Young Chon ^a,b  

^a Chonbuk National University   (South Korea)

^b Smart Grid Research Center   (South Korea)

Author keywords

Communication network; Cost; EPON; Ethernet network; Path loss; Power budget; Reliability; SCADA; Wind power farm

Indexed keywords

EPON; ETHERNET NETWORKS; PATH LOSS; POWER BUDGETS; SCADA; WIND POWER FARMS;

COSTS; NETWORK ARCHITECTURE; OPTICAL COMMUNICATION; RELIABILITY; TELECOMMUNICATION NETWORKS; WIND POWER;

ETHERNET;

EID: 84880760573     PISSN: 18761100     EISSN: 18761119     Source Type: Book Series    
DOI: 10.1007/978-94-007-6738-6_103     Document Type: Conference Paper

References (7)

1. Carolsfeld R (2011) Practical experience from design and implementation of IEC 61850 based communications network in large offshore wind installation. In: Technical Meeting, CIGRE-AORC, Thailand
2. Yu R, Zhang P, Xiao W., Choudhury P. (2011) Communication systems for grid integration of renewable energy resources. IEEE Netw 25(5):22-29
3. Kramer G (2005) Ethernet passive optical networks. McGraw-Hill, New Jersey
4. Shin J-S, Cha S-T, Wu Q, Kim J-O (2012) Reliability evaluation considering structures of a large scale wind farm. In: European power electronics (EPE) wind energy and T&D chapter seminar, Aalborg
5. Ahmed MA, Kim Y-C (2012) Network modeling and simulation of wind power farm with switched gigabit ethernet. In: 12th international symposium on communications and information technologies, Australia
6. Wosinska L, Chen J, Larsen C.P. (2009) Fiber access networks: reliability analysis and Swedish broadband market. IEICE Trans Commun E92-B(10):3006-3014
7. Huang H, Zhang H. (2011) Application and analysis of long-distance EPON in transmission lines monitoring system. Adv Mater Res 317-319:1583-1589