Due to the characteristics of cold resistance, heat resistance, and drought resistance required by forage, its cultivation requires relatively good land conditions. However, some areas have poor soil quality, which is not conducive to the growth of forage. Fodder container is a new type of fodder planting technology that uses a hydroponic planting system to plant grass.
Fodder container is a containerized vertical agricultural system mainly used for grass planting and production. It is planted using vertical space and hydroponic techniques. The container is equipped with an irrigation system and nutrient solution pipelines, and the roots of the grass are soaked in the nutrient solution. Air and water can be fully utilized, and the temperature inside the container can also be automatically adjusted through a control system.
The daily production of 1500 kilograms of hydroponic fodder container is a 40 foot high container with a weight of 6000KG, which can produce 1500 kilograms of fresh hydroponic fodder per day. The daily water consumption is 1000L, and it is equipped with a full spectrum LED light, which can make hydroponic fodder grow faster. This type of feed box is usually made of high-strength metal or engineering plastic, and has characteristics such as durability, waterproof, anti-corrosion, and sun protection, which can adapt to the needs of various climates and environments.
The 1500 kg/day hydroponic fodder container is designed with a container structure for convenient transportation and living. The exterior of the container is similar to a regular container, but the interior is equipped with facilities such as a bowl, water pump, irrigation system, fertilization system, etc., providing a complete growth environment.
The advantages of using a daily production capacity of 1500 kilograms of hydroponic fodder container include:
1. High space utilization efficiency: The hydroponic planting system can greatly improve the efficiency of grass growth, and the design structure of the container can also better utilize space, greatly increasing the growth of grass.
2. High resource utilization efficiency: Through hydroponic planting technology, the use of land and fertilizers is reduced, while consuming less water, achieving the goal of resource conservation.
3. Automatic control system reduces manual input: The hydroponic container has a temperature control system that can automatically adjust environmental parameters such as temperature and humidity, making the growth environment of grass more constant.
Through fodder containers, a large amount of fodder can be planted in a narrow space, such as reducing the limitation of planting area, shortening the plant growth cycle, and achieving a large amount of fodder production. Meanwhile, due to the excellent quality and accuracy of containers, the system can automatically control nutrient solutions and other environmental parameters, reducing labor costs and monitoring difficulties.
In the aquaculture industry, fodder is one of the main foods for livestock. Therefore, the emergence of fodder containers has great significance for the development of the aquaculture industry, which can bring greater convenience and productivity. In addition, the system also has the potential for environmental protection and large-scale agricultural development, making it an agricultural technology with good development prospects.
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