Future development trend of intelligent three-dimensional warehouse

(A) technology-driven intelligent upgrade

With the continuous progress of science and technology, cutting-edge technologies such as artificial intelligence, Internet of Things and big data are becoming a powerful driving force for the intelligent three-dimensional warehouse to develop to a higher level of intelligence.

In artificial intelligence, intelligent three-dimensional warehouse can realize automatic identification and classification of goods through algorithms such as machine learning and deep learning. For example, using image recognition technology, the system can accurately judge the types and specifications of goods, even whether the appearance of goods is damaged, and then guide robots or automation equipment to carry out corresponding operations, which greatly improves the accuracy and efficiency of sorting. At the same time, with the help of artificial intelligence algorithm, the intelligent scheduling system can reasonably arrange the access sequence and transportation path of goods according to the priority, storage location and target delivery time of goods, and realize the optimization of warehousing operation.

With the integration of Internet of Things technology, the devices and systems of intelligent three-dimensional warehouse are interconnected. For example, the radio frequency identification (RFID) technology can attach a unique "electronic tag" to each cargo. When the cargo passes through each link, the corresponding reader can automatically obtain the cargo information and upload it to the management system, so as to realize real-time tracking and accurate control of the whole process of the cargo from warehousing to warehousing. The sensor network can monitor the key data such as temperature, humidity and equipment operation status in the warehouse in real time. Once there is an abnormal situation, it can quickly give an alarm and inform relevant personnel to deal with it in time to ensure that the warehouse is always in a good operating environment.

And big data technology can collect and analyze massive storage operation data and mine the valuable information contained in it. For example, through in-depth analysis of historical inventory data, warehousing frequency, and cargo turnover rate, enterprises can accurately predict the demand for goods in different time periods, make inventory allocation and storage space planning in advance, and avoid the situation of inventory overstock or shortage. At the same time, it also provides scientific basis for equipment maintenance and personnel scheduling, improves the operational efficiency and management level of intelligent three-dimensional warehouses in an all-round way, and truly realizes higher-level intelligent functions such as automatic cargo sorting and accurate data analysis and prediction.

(B) Green sustainability as the focus

Nowadays, the awareness of environmental protection is increasing worldwide, and intelligent three-dimensional warehouse is also actively responding to this trend and practicing the concept of green development in many aspects.

In terms of equipment energy efficiency, the automation equipment used in intelligent three-dimensional warehouse, such as stacker, conveyor, AGV car, etc., are constantly upgrading and optimizing energy-saving technologies. For example, the new motor drive system can automatically adjust the power according to the actual operating load and reduce unnecessary energy consumption; Intelligent lighting system can automatically adjust the brightness or switch by sensing the activities of people and equipment in the warehouse to avoid energy waste.

From the perspective of environmental protection performance, more environmental protection materials are used to reduce the impact on the environment when building intelligent three-dimensional warehouses. For example, the material selection of shelves tends to be recyclable and pollution-free steel, and environmental protection coating technology is also adopted in the surface treatment process.

At the same time, with the help of intelligent management system, intelligent three-dimensional warehouse can effectively reduce invalid transportation and inventory backlog. Through accurate data analysis and prediction, the storage location and warehousing time of goods are reasonably arranged to avoid frequent handling and long-term backlog of goods in the warehouse, reduce the energy consumption in the process of goods transportation and the waste of resources such as expired and damaged goods that may be caused by inventory backlog, realize the efficient use of resources, and make the intelligent three-dimensional warehouse contribute to environmental protection while satisfying the warehousing function.

(C) Policy support to help industrial upgrading

The state's policy support for the intelligent warehouse industry provides a strong guarantee for the industrial upgrading and further development of the intelligent three-dimensional warehouse.

In terms of capital investment, the government has set up a special fund to encourage enterprises to carry out technology research and development and project construction related to intelligent three-dimensional warehouses. For example, some logistics enterprises or manufacturing enterprises that actively introduce advanced intelligent warehousing technology and improve the intelligent level of warehousing will be given corresponding financial subsidies to help enterprises reduce the financial pressure on equipment purchase and system construction, and promote more enterprises to transform and upgrade towards intelligent warehousing.

Tax preferential policies are also an important means to help the development of intelligent three-dimensional warehouse industry. For enterprises engaged in R&D, production and operation of intelligent three-dimensional warehouse, value-added tax and enterprise income tax are reduced to some extent, which reduces the operating cost of enterprises and improves the enthusiasm of enterprises for continuous investment and innovation in the field of intelligent warehouse.

In addition, the government has also issued a series of planning and guidance opinions to guide the intelligent warehousing industry to develop in the direction of high-end, intelligent and green. For example, in the "14th Five-Year Plan for Modern Logistics Development", it is clearly proposed to speed up the construction of high-end standard warehouses and intelligent three-dimensional warehouses and promote the gradual optimization of warehousing structure. These policy measures have created a good industrial development environment, attracted more resources to the intelligent three-dimensional warehouse industry, promoted technological innovation, accelerated the pace of industrial upgrading, and enabled the intelligent three-dimensional warehouse to better serve the needs of economic and social development in the future.