Agriculture IoT Helps Agriculture Save Costs, Improve Efficiency

Agricultural Internet of Things helps agriculture save costs, improve efficiency, and change the operation mode of traditional agriculture

Due to backward agricultural technology, problems in farmland cultivation are becoming increasingly prominent:

With the reduction of water resources, the flood irrigation in the past is no longer suitable for current farmland production; the loss of nutrients in the land and the extensive use of pesticides have caused changes in the soil structure; the number of farmers specializing in agricultural production has decreased, the farmland management is extensive, and traditional farming methods can no longer meet market demand.

In traditional agricultural production, due to the lack of effective agricultural environmental monitoring methods, farmers cannot make timely and effective adjustments to crop growth, and only rely on experience to judge, resulting in a situation of high cost and low efficiency.

In recent years, with the development of agricultural science and technology and the popularization of the concept of agricultural Internet of Things, various countries have paid more and more attention to agriculture, and the development of agricultural automation, refinement and internationalization has been put on the agenda. National science and technology parks, major agricultural parks, farms and other agricultural institutions and enterprises are actively seeking to cultivate better varieties, save costs and reduce consumption, water-saving irrigation, agricultural machinery and equipment, new fertilizers, epidemic prevention and control, processing, storage and transportation, recycling agriculture, marine agriculture, Rural people's livelihood and other high-tech, and strive to break through the existing bottlenecks in agricultural technology, and truly realize modern agriculture.

On this basis, NiuBoL is committed to building automated smart agriculture, which is mainly composed of an environmental monitoring system, an intelligent control system, and an intelligent monitoring system. Using the combination of software and hardware to achieve less human and unmanned control of farms, under the guidance of big data, fully automatic control of agricultural greenhouses can be realized to increase output, reduce labor costs, increase net profit, and reduce agricultural planting risks.

Agricultural Internet of Things technology has also been introduced in agricultural planting, which can realize precise seeding, reasonable water and fertilizer irrigation, low consumption and high efficiency of agricultural production, and high-quality and high-yield agricultural products.

At the same time, the application of agricultural Internet of Things technology is conducive to promoting the change of agricultural management mode. Intelligent and information-based management of production can achieve precise planting, reasonable water and fertilizer irrigation, and effective control of the production environment, which not only saves energy and reduces consumption, ensures production, quality, and profits, but also prepares budgets in advance.

The agricultural Internet of Things can help agriculture save costs, improve efficiency, and change the operation mode of traditional agriculture. It has become a booster for future agriculture.