船电技术
船電技術
선전기술
Marine Electric & Electronic Technology
2015年
10期
45-49
,共5页
航行参数%船舶油耗%远程监管
航行參數%船舶油耗%遠程鑑管
항행삼수%선박유모%원정감관
navigation parameters%fuel consumption of ship%remote management
基于STM32嵌入式和传感测量技术,将船舶的航行参数、主机基本运行参数和船舶各大动力装置的燃油消耗数据进行集中采集并传给岸端的数据管理服务中心,采用 WAMP开发了一套基于 WEB具有良好人机界面的,B/S架构的船舶油耗数据中心管理系统,实现了更加直观的船舶远程动态监管,也能为船东高效的解决船舶油耗数据分析统计等一系列问题.
基于STM32嵌入式和傳感測量技術,將船舶的航行參數、主機基本運行參數和船舶各大動力裝置的燃油消耗數據進行集中採集併傳給岸耑的數據管理服務中心,採用 WAMP開髮瞭一套基于 WEB具有良好人機界麵的,B/S架構的船舶油耗數據中心管理繫統,實現瞭更加直觀的船舶遠程動態鑑管,也能為船東高效的解決船舶油耗數據分析統計等一繫列問題.
기우STM32감입식화전감측량기술,장선박적항행삼수、주궤기본운행삼수화선박각대동력장치적연유소모수거진행집중채집병전급안단적수거관리복무중심,채용 WAMP개발료일투기우 WEB구유량호인궤계면적,B/S가구적선박유모수거중심관리계통,실현료경가직관적선박원정동태감관,야능위선동고효적해결선박유모수거분석통계등일계렬문제.
Based on STM32 embedded and sensor measurement technology, the ship navigation parameters, the basic operating parameters of main engine and the fuel consumption details of ship's major power plant are centralzedly collected and sent to data management services center on shore. Data center management system of the ship fuel consumption with B/S structure and good man-machine interface is developed based on WAMP, which achieves intuitive dynamic ship remote supervision task and efficiently solutes the analysis of fuel consumption of vessel for shipowner.
