电工电气
電工電氣
전공전기
ELECTROTECHNICS ELECTRIC
2013年
12期
13-16
,共4页
物联网架构%电能监测%设备建模
物聯網架構%電能鑑測%設備建模
물련망가구%전능감측%설비건모
things networking architecture%power monitoring%equipment modeling
针对目前校园电能监测现状,设计了一种基于物联网架构的校园电能监测系统。介绍了校园电能监测系统的各功能模块组成结构,并给出了后台工程管理模块的设计,即基于后台工程化管理,通过设备建模、组织建模的方式来管理整个电能监测系统。系统支持多种终端设备的远程访问,在软件设计和电能监测管理方面具有一定的先进性。
針對目前校園電能鑑測現狀,設計瞭一種基于物聯網架構的校園電能鑑測繫統。介紹瞭校園電能鑑測繫統的各功能模塊組成結構,併給齣瞭後檯工程管理模塊的設計,即基于後檯工程化管理,通過設備建模、組織建模的方式來管理整箇電能鑑測繫統。繫統支持多種終耑設備的遠程訪問,在軟件設計和電能鑑測管理方麵具有一定的先進性。
침대목전교완전능감측현상,설계료일충기우물련망가구적교완전능감측계통。개소료교완전능감측계통적각공능모괴조성결구,병급출료후태공정관리모괴적설계,즉기우후태공정화관리,통과설비건모、조직건모적방식래관리정개전능감측계통。계통지지다충종단설비적원정방문,재연건설계화전능감측관리방면구유일정적선진성。
Aiming at present situation of campus power monitoring, this paper designed a kind of campus power monitoring system based on things networking architecture. Introduction was made to each functional module composition structure of campus power monitoring system, giving the design of background engineering management modules, which was based on background engineering management. The entire power monitoring system was managed by means of equipment and organization modeling. The system supports remote visit of multi-terminal equip-ment, there is certain advancement in software design and power monitoring management aspects.