A new mechanical ecological floating island based on refrigerant and big data

This project aims to improve the ecological floating island in view of the problems of low artificial maintenance cost, poor wind and wave resistance of floating islands, rotten roots of plants and difficulty in adapting to the climate environment. By studying refrigerant materials, carbon fiber heating, and air-cooling technology, we aim to cope with changes in ambient temperature and maintain the temperature of plant plates. By combining big data and electronic temperature detection to achieve ambient temperature control of different types of plants, in addition to the research and design of reasonable mechanical structure to achieve the improvement of floating island resistance to wind and wave, and mechanized to achieve the purpose of root rot prevention. Finally, a new type of ecological floating island with no large labor cost investment, high degree of automation, longer service life, higher environmental purification efficiency, and combined with big data is designed through computer-aided design