Data Acquisition System Of Rocker Wave Power Plant Based On LabVIEW And MATLAB

With the development of the aquaculture industry,energy-saving and environmentallyfriendly fish farming technology has gradually replaced traditional aquaculture technology.In order to maintain a clean seabed environment and avoid bait waste generated in the process of fishery breeding to pollute water quality,seabed robots are required to remove these wastes in time.However,At present,the majority of fishermen and farmers,due to economic constraints,the cost of laying submarine cables is high,and it is difficult to provide effective power for submarine robots.Therefore,the use of wave power generation systems to obtain clean energy power on the spot has very realistic economic significance.In order to protect waves The power generation system operates reliably,and the operation status of the power generation system is monitored in real time.In this paper,combining the actual needs of fishermen and farmers,the data collection technology of wave power generation devices that provide power for fishery and aquaculture waste cleaning is carried out.Due to the influence of related factors such as wave sea conditions and hydraulic cylinder conversion efficiency in the operation of wave power generation devices,it is directly related to the actual efficiency of the device.Therefore,obtaining these specific data is very important for analyzing the operating conditions of the power generation device.However,the existing test instruments have defects such as single function,poor accuracy,and high use environment requirements;the configured data acquisition software has low efficiency and simple functions,and cannot meet the test requirements of wave power generation systems.In order to solve these problems,this paper uses the "Haida No.1" wave power platform independently developed by Zhejiang Ocean University as a carrier,and designs and develops a set of "Haida No.1" rocker wave power device data acquisition based on Lab VIEW and MATLAB.The system has completed the design of the hardware and software modules.After experimental verification and testing,this design can collect the operating parameters of the device in real time,can effectively monitor the real-time operating status of the device,and ensure that the power generation device provides reliable power for the underwater garbage sweeping robot.