The invention discloses a real ship verification platform for an energy consumption model and an optimization algorithm of a full-rotation electric propulsion intelligent ship. The real ship verification platform comprises a test verification analysis unit, a man-machine interaction visualization unit, a data acquisition and information interaction unit, an energy consumption model interface unit, an energy efficiency optimization algorithm interface unit and an operation control unit, the data acquisition and information interaction unit is used for acquiring and storing information data of the intelligent ship; the energy consumption model interface unit and the energy efficiency optimization algorithm interface unit are respectively used for accessing different ship energy consumption models and energy efficiency optimization algorithms and realizing the combination of the ship energy consumption models and the energy efficiency optimization algorithms by combining the test verification analysis unit according to the received intelligent ship information data; obtaining an optimal intelligent ship energy efficiency optimization model according to the ship operation energy efficiency index so as to obtain ship operation optimization data; and the operation control unit and the man-machine interaction visualization unit realize intelligent operation control of the ship according to the optimized ship operation data so as to realize intelligent energy efficiency management of the full-rotation electric propulsion ship. The method solves the problems that the existing intelligent navigation function test verification method technology is still in a model test stage and cannot effectively solve the problem that a model and an algorithm are difficult to carry out real ship test verification so as to realize more efficient ship intelligent energy efficiency management.
本发明公开了一种全回转电力推进智能船能耗模型与优化算法实船验证平台,包括测试验证分析单元、人机交互可视化单元、数据采集与信息交互单元、能耗模型接口单元、能效优化算法接口单元以及操作控制单元;数据采集与信息交互单元用于对智能船信息数据进行采集与存储,能耗模型接口单元与能效优化算法接口单元分别用于接入不同的船舶能耗模型与能效优化算法并根据接收的智能船信息数据结合测试验证分析单元实现船舶能耗模型与能效优化算法的组合,并根据船舶营运能效指数获取最优智能船能效优化模型,以获取船舶营运优化数据;操作控制单元与人机交互可视化单元根据优化的船舶营运数据实现船舶智能操作控制,以实现全回转电力推进船舶智能能效的管理。本发明解决了目前智能航行功能测试验证方法技术仍处模型测试阶段,且存在无法有效解决模型与算法难以进行实船测试验证的难题,以实现更高效的船舶智能能效管理的问题。
Full-rotation electric propulsion intelligent ship energy consumption model and optimization algorithm real ship verification platform
全回转电力推进智能船能耗模型与优化算法实船验证平台
2024-07-26
Patent
Electronic Resource
Chinese
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