一种基于光伏发电余热利用的渔光互补智能养殖装置

A Kind of Fishing and Light Complementary Intelligent Aquaculture Device Based on the Utilization of Waste Heat of Photovoltaic Power Generation

为实现能源供给的全面绿色化,助力乡村振兴,设计了一种基于光伏发电余热利用的渔光互补智能养殖装置。该装置由追踪聚光-网状热管热电一体化系统与智能检测鱼池控制系统两部分组成。创新型追踪聚光-网状热管热电一体化系统主要由基于透镜变焦的追踪聚光模块与基于光发电余热利用的超级网状导热模块组成,在此系统中光,热,电分层利用逐级递进又层层互补,从而最大限度地提高了太阳能利用效率。智能鱼池控制系统由检测装置与智能控制云端组成。检测装置将实时水体数据上传给智能云端,再由云端进行调控。经实测发现本装置具有能源供给更环保,养殖质量更高的优势。

In order to realize the comprehensive greening of energy supply and help rural revitalization,a fishery-photovoltaic complementary intelligent aquaculture device based on the utilization of photovoltaic power generation waste heat is designed.The device consists of two parts:a tracking concentrating light-reticulation heat pipe thermoelectric integration system and an intelligent detection fish pond control system.The innovative tracking concentrator-reticulated heat pipe thermoelectric integration system is mainly composed of a tracking concentrator module based on lens zoom and a super reticulated heat conduction module based on the utilization of photovoltaic power generation residual heat,in which light,heat and electricity are utilized hierarchically step by step and layer by layer to complement each other,so as to maximize the efficiency of solar energy utilization.Intelligent fish pond control system consists of detection device and intelligent control cloud.The detection device uploads the real-time water data to the intelligent cloud,and then the cloud for regulation and control.The device is tested and found to have the advantages of more environmentally friendly energy supply and higher quality of aquaculture.