海洋碳负排放实验装置设计及性能研究

Design and Performance Study of Marine Carbon Negative Emission Experimental Device

为应对全球气候变暖的挑战,设计并测试一种新型海洋碳负排放装置,通过结合人工上升-下降流技术和海洋生态效应,实现碳负排放的目标。利用SolidWorks软件进行装置建模设计,结合Arduino开发板进行控制系统设计。实验结果显示,装置在清洁能源供电方面表现出色,但在运行功能和结构上存在一些缺陷。仿真分析验证了控制电路的有效性,为装置性能优化提供了重要依据。这项研究为海洋碳负排放技术的发展提供了新思路和实践基础。

In the face of the severe situation of global warming,carbon neutrality and negative carbon emissions had become the common goals pursued by the world.In this paper,we propose an innovative“carbon negative”device system.The system consists of seven modules working in tandem to achieve the goal of carbon negative emissions through the combination of artificial up-down flow technology and marine ecological effects.With the help of SolidWorks software,the structure and layout of each module are intuitively displayed.After experimental testing,it is found that the device performed well in terms of clean energy power supply,but there are still some defects in the operation function and structure.In order to further optimize the performance of the device,the team also conduct simulation analysis to verify the effectiveness of the control circuit and obtain the performance data of the motor in different states.