In the global fisheries industry, the efficiency of refrigeration equipment is directly related to fishing efficiency, freshness of catches, and operating costs. Especially in offshore fishing, fishing boats need to consume a large amount of ice cubes every day to maintain the freshness of their catch, and traditional ice making equipment often faces three major problems:
1. Low efficiency of ice use: Traditional ice making system designs have not fully considered the high-frequency ice use scenarios of fishing boats, resulting in slow ice making speed, high ice waste rate, frequent replenishment of ice volume in a single operation cycle, and high operating costs.
2. Interference from sea breeze environment: The marine working environment is complex, and strong winds and high humidity pose a threat to the stability of refrigeration equipment. For example, evaporative cooling devices are prone to a decrease in heat dissipation efficiency under strong winds, and even equipment failures due to water vapor backflow.
3. High installation and maintenance costs: Some equipment requires modification of the ship structure or deployment of professional technicians, which prolongs downtime and directly affects the fishing operation cycle.
These issues not only increase the operational pressure on fisheries enterprises, but also limit their competitiveness in the market.
CBFI Intelligent Ice Scraping System: A Solution Designed for High Frequency Ice Use Scenarios
As a new type of equipment designed specifically for fisheries, the CBFI intelligent ice scraper system is designed with the core concept of "efficiency, stability, and ease of use". Through technological innovation, it directly addresses industry pain points and has become the preferred solution for many fishing producing countries around the world.
1. Deep optimization of high-frequency ice scenes
The system adopts intelligent dynamic cooling algorithm, which can automatically adjust the ice making speed and storage capacity according to the real-time ice demand of the fishing boat. For example, real-time monitoring of catch and ice compartment temperature through sensors can dynamically adjust the frequency of ice production to avoid ice accumulation or shortage. Data shows that compared to traditional devices, CBFI can increase ice efficiency by over 40% and reduce ice waste by 30%.
2. Special evaporative cold windshield device: Breaking through strong sea breeze interference
CBFI has developed triple wind resistance technology to address the unique nature of marine operating environments
Guided evaporative cooling structure: Through fluid dynamics design, the sea breeze is directed towards the side of the device to reduce the direct impact on the core refrigeration components.
Sealed windshield: Made of polymer composite materials, it forms a physical barrier to prevent water vapor and salt from entering, extending the lifespan of the equipment.
Intelligent dehumidification system: Equipped with a built-in humidity sensor, it automatically starts the drying mode to ensure stable operation in high humidity environments.
Tests have shown that the device can still maintain over 95% of its refrigeration efficiency in a 12 level gust environment, far exceeding the industry average.
3. Quick installation and low maintenance features
The CBFI system adopts a modular design, which does not require structural modifications to the hull and can be installed on site in only 4-6 hours. Its core components support one click disassembly and maintenance, and come standard with a remote fault diagnosis system. The technical team can monitor the equipment status in real time and provide solutions, greatly reducing downtime.
Decision guide for upgrading equipment: Four key points that fishing bosses need to pay attention to
For fisheries practitioners considering equipment upgrades, the following suggestions are available for reference:
1. Evaluate existing pain points: List key indicators such as energy consumption, failure rate, and maintenance costs of the current equipment, and quantify the benefits of upgrading.
2. Matching ice usage scenarios: Choose a system designed for high-frequency and high-intensity ice usage to avoid being unsuitable for "universal equipment".
3. Verify environmental resistance: Prioritize the stability of equipment under complex climatic conditions, such as wind resistance testing, corrosion certification, etc.
4. Focus on full cycle costs: Compare the comprehensive costs of equipment procurement, installation, maintenance, and energy consumption, rather than just looking at the initial investment.
In the increasingly fierce global competition in the fishing industry, the CBFI intelligent ice raking system is not only a technological iteration, but also a key measure for fishing enterprises to reduce costs, increase efficiency, and enhance market competitiveness. By reducing resource waste, lowering operational risks, and extending work hours, this system is driving the industry's transformation towards intelligence and sustainability. For fishing industry owners, actively embracing such innovative solutions may be a crucial step in breaking through the red ocean market.
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