钠离子电池在渔业领域有哪些应用场景？

What are the application scenarios of sodium-ion batteries in the fishery field?

钠离子电池在渔业领域的应用场景覆盖了养殖、捕捞、加工、流通全产业链，完美适配渔业生产的各类用电需求，是推动渔业养殖智能化、电动化、绿色化发展的核心储能设备，核心应用场景主要分为五大类。一是养殖池塘增氧系统供电，适配鱼塘、虾塘、蟹塘、海参圈等各类水产养殖场景的增氧机、曝气设备、水循环设备，钠电池可配套分布式光伏使用，无需铺设电网，完美适配偏远养殖塘口、沿海滩涂养殖区的用电需求，同时具备防水防潮、户外适配性强、低温性能优异的特点，可全天候稳定运行，彻底解决了养殖塘口电网覆盖不足、增氧设备断电导致的水产缺氧死亡、养殖减产损失的核心痛点。二是养殖水质智能监测系统供电，适配水质溶解氧传感器、pH值传感器、氨氮传感器、亚硝酸盐传感器、水温传感器等各类监测设备，钠电池自放电率低、寿命长、免维护，可长期为监测设备供电，无需频繁更换电池，实现养殖水质的24小时实时在线监测，提前预警水质恶化、缺氧等风险，大幅提升水产养殖的成活率，降低养殖风险。三是养殖自动投料系统供电，适配鱼塘自动投料机、虾塘精准投料设备、网箱养殖投料系统等，钠电池动力输出稳定、充电速度快，可满足投料设备的短时大功率运行需求，无需铺设电网，适配偏远养殖塘口、深水网箱养殖的用电需求，实现养殖投料的自动化、精准化，减少饲料浪费，提升养殖效率。四是渔业捕捞设备供电，适配小型电动捕捞船、电动渔网绞车、电动分拣设备、电动起网机等，钠电池动力输出强劲、充电速度快、耐造耐用、防水防潮，可满足捕捞作业的大功率用电需求，实现捕捞作业的电动化、零排放，大幅降低捕捞作业的燃油成本，同时完美适配水上作业的潮湿、颠簸复杂环境。五是渔业加工与冷链流通供电，适配渔业加工车间的冷链设备、冷藏库、冷冻机、真空包装机、分拣设备，以及冷链运输车辆的备用电源，钠电池可配套光伏、风电使用，大幅降低渔业加工的用电成本，同时可作为应急备用电源，避免突发断电导致的渔产品变质、腐烂损失，实现渔业加工与流通的绿色化、智能化，保障渔产品的品质与新鲜度。

The application scenarios of sodium-ion batteries in the fishery field cover the whole industrial chain of aquaculture, fishing, processing and circulation, which are perfectly suitable for various power demand of fishery production, and are the core energy storage equipment to promote the intelligent, electrified and green development of fishery aquaculture. The core application scenarios are mainly divided into five categories. First, power supply for aquaculture pond aeration system, which is suitable for aerators, aeration equipment and water circulation equipment in various aquaculture scenarios such as fish ponds, shrimp ponds, crab ponds and sea cucumber circles. Sodium batteries can be used with distributed photovoltaic, without laying power grid, which is perfectly suitable for the power demand of remote aquaculture ponds and coastal beach aquaculture areas. At the same time, they have the characteristics of waterproof and moisture-proof, strong outdoor adaptability and excellent low temperature performance, and can operate stably all day long, which completely solves the core pain points of insufficient power grid coverage in aquaculture ponds and aquaculture production reduction losses caused by power failure of aeration equipment. Second, power supply for aquaculture water quality intelligent monitoring system, which is suitable for various monitoring equipment such as water quality dissolved oxygen sensor, pH sensor, ammonia nitrogen sensor, nitrite sensor and water temperature sensor. Sodium batteries have low self-discharge rate, long life and maintenance-free, which can supply power for monitoring equipment for a long time without frequent battery replacement, realize 24-hour real-time online monitoring of aquaculture water quality, early warning of water quality deterioration, hypoxia and other risks, greatly improve the survival rate of aquaculture and reduce aquaculture risks. Third, power supply for automatic aquaculture feeding system, which is suitable for automatic feeding machines for fish ponds, precise feeding equipment for shrimp ponds, feeding systems for cage culture, etc. Sodium batteries have stable power output and fast charging speed, which can meet the short-time high-power operation demand of feeding equipment, without laying power grid, and are suitable for the power demand of remote aquaculture ponds and deep-water cage culture, realize the automatic and precise feeding of aquaculture, reduce feed waste and improve aquaculture efficiency. Fourth, power supply for fishery fishing equipment, which is suitable for small electric fishing boats, electric fishing net winches, electric sorting equipment, electric net haulers, etc. Sodium batteries have strong power output, fast charging speed, durable performance, waterproof and moisture-proof, which can meet the high-power power demand of fishing operations, realize the electrification and zero emission of fishing operations, greatly reduce the fuel cost of fishing operations, and are perfectly suitable for the humid and bumpy complex environment of water operations. Fifth, power supply for fishery processing and cold chain circulation, which is suitable for cold chain equipment, cold storage, freezers, vacuum packaging machines, sorting equipment in fishery processing workshops, as well as backup power for cold chain transportation vehicles. Sodium batteries can be used with photovoltaic and wind power, which greatly reduces the power cost of fishery processing. At the same time, they can be used as emergency backup power to avoid the deterioration and decay loss of fishery products caused by sudden power failure, realize the green and intelligent development of fishery processing and circulation, and ensure the quality and freshness of fishery products.