广东电力
廣東電力
엄동전력
GUANGDONG ELECTRIC POWER
2014年
11期
97-103
,共7页
何杰%杨漾%马凯%欧阳璐璐
何傑%楊漾%馬凱%歐暘璐璐
하걸%양양%마개%구양로로
状态监测%无线传感器网络%服务质量%Zigbee%数据流%拓扑结构
狀態鑑測%無線傳感器網絡%服務質量%Zigbee%數據流%拓撲結構
상태감측%무선전감기망락%복무질량%Zigbee%수거류%탁복결구
state monitoring%wireless sensor network%service quality%Zigbee%data flow%topology
随着无线传感器网络在智能变电站不同业务应用中的深化,网络的高数据率传输和网络的服务质量(qual-ity of service,QoS)问题成为无线传感器网络(wireless sensor network,WSN)的新热点。针对智能变电站的设备状态监测应用,利用无线传感器网络技术,建立分簇的三层智能变电站设备无线监测网络结构;参考 Zigbee协议和 IEC 61850报文规定,对监测网络数据流进行建模;从用户感知 QoS、网络 QoS 和节点 QoS 三个方面,结合Opnet仿真功能,提出包括端到端时延、MAC层时延、MAC层吞吐率、MAC层丢包率、数据碰撞、丢包率、比特误码率、信噪比和接收功率的QoS指标。根据实际变电站设备监测配置,建立起仿真网络模型,仿真研究表明相比于树状拓扑、Mesh拓扑网络,设计的簇状拓扑网络具有更好的QoS综合性能。
隨著無線傳感器網絡在智能變電站不同業務應用中的深化,網絡的高數據率傳輸和網絡的服務質量(qual-ity of service,QoS)問題成為無線傳感器網絡(wireless sensor network,WSN)的新熱點。針對智能變電站的設備狀態鑑測應用,利用無線傳感器網絡技術,建立分簇的三層智能變電站設備無線鑑測網絡結構;參攷 Zigbee協議和 IEC 61850報文規定,對鑑測網絡數據流進行建模;從用戶感知 QoS、網絡 QoS 和節點 QoS 三箇方麵,結閤Opnet倣真功能,提齣包括耑到耑時延、MAC層時延、MAC層吞吐率、MAC層丟包率、數據踫撞、丟包率、比特誤碼率、信譟比和接收功率的QoS指標。根據實際變電站設備鑑測配置,建立起倣真網絡模型,倣真研究錶明相比于樹狀拓撲、Mesh拓撲網絡,設計的簇狀拓撲網絡具有更好的QoS綜閤性能。
수착무선전감기망락재지능변전참불동업무응용중적심화,망락적고수거솔전수화망락적복무질량(qual-ity of service,QoS)문제성위무선전감기망락(wireless sensor network,WSN)적신열점。침대지능변전참적설비상태감측응용,이용무선전감기망락기술,건립분족적삼층지능변전참설비무선감측망락결구;삼고 Zigbee협의화 IEC 61850보문규정,대감측망락수거류진행건모;종용호감지 QoS、망락 QoS 화절점 QoS 삼개방면,결합Opnet방진공능,제출포괄단도단시연、MAC층시연、MAC층탄토솔、MAC층주포솔、수거팽당、주포솔、비특오마솔、신조비화접수공솔적QoS지표。근거실제변전참설비감측배치,건립기방진망락모형,방진연구표명상비우수상탁복、Mesh탁복망락,설계적족상탁복망락구유경호적QoS종합성능。
With deepening of wireless sensor network in different business applications of intelligent substation,high data transmission rate and service quality of the network becomes a new hot point of wireless sensor network. Aiming at equip-ment state monitoring application of the intelligent substation,clustering three layers substation equipment wireless monito-ring network structure was established by using wireless sensor network technology. Regarding Zigbee protocol and IEC 61850 message rules as references,modeling for monitoring network data flow was conducted. In aspects of user perception QoS,network QoS and node QoS and combining Opnet simulation function,QoS index including end-to-end time delay, MAC layer time delay,MAC layer throughput rate,MAC layer packet loss probability,data collision,packet loss proba-bility,bit error ratio,signal to noise ratio and received power were proposed. According to practical substation equipment monitoring configuration,simulation network model was established. Simulation research indicated that compared with tree topology and Mesh topology network, the designed clustering topology network was provided with better comprehensive QoS performance.