The automobile manufacturing industry has a long process chain and a fine division of labor. The lean production model puts forward higher requirements for the operation efficiency, operation stability and environmental protection attributes of the in-plant logistics. From the transfer of raw materials in the stamping workshop, the transportation of stamping parts in the welding workshop, to the material distribution in the final assembly workshop, and the warehousing and unloading of parts, the performance of handling equipment directly affects the production rhythm and the long-term operating costs of enterprises. In response to the operation characteristics and equipment upgrade needs of the automotive industry, BYD forklift relies on the accumulation of lithium-ion technology to launch warehousing and handling solutions covering multiple operation scenarios, helping automobile enterprises optimize the internal logistics system, improve operation efficiency and control comprehensive costs.

First, the core characteristics of handling conditions in the automotive industry

The intra-plant logistics in the automotive industry has distinct manufacturing attributes, and the characteristics of working conditions place multi-dimensional requirements on handling equipment.
First, the working load is relatively concentrated. The conventional handling load in the stamping, welding, assembly workshop and parts warehouse is mostly in the range of 1-2 tons, and the overall load is moderate, so the load adaptability requirements for the equipment are clear.
Second, the operation time is long and the strength is stable. Most automobile manufacturing enterprises use the three-shift operation mode, and some scenes achieve 24-hour continuous operation, which requires high battery life and continuous operation reliability of the equipment.
Third, the logistics efficiency requirements are high. Under the lean production model, the factory logistics needs to match the production line rhythm, and there are strict standards for the punctuality and handling efficiency of material transfer.
Fourth, the operation scene covers indoor and outdoor. The production process is mainly indoor, and the transshipment, loading and unloading links in the factory involve outdoor venues, and the equipment needs to be adapted to different working environments.
Fifth, the demand for traction transportation and long-distance handling is outstanding. Online materials are mostly in the form of traction transportation, and the logistics handling distance in the factory area is generally long, some of which can reach 2-3 kilometers. There is a clear demand for the power and battery life of the tractor.

Second, the application limitations of traditional lead-acid battery forklifts

The current automotive industry has basically completed the "oil to electricity" of handling equipment, but most companies still use lead-acid battery forklifts, which have many limitations in adapting to high-intensity and long-term operations.
In terms of daily maintenance, lead-acid batteries require regular addition of distilled water and electrolyte preparation. The maintenance process is cumbersome, and improper operation will shorten the battery life and increase manpower investment.
In terms of energy and cost, lead-acid batteries charge slowly. To ensure three-shift continuous operation, enterprises need to equip spare batteries and replace them daily. In some scenarios, special power exchange equipment is also required, which increases equipment investment and operating costs.
In terms of safety and environmental protection, lead-acid batteries are prone to acid fog during operation, releasing hydrogen during charging, which poses certain safety and pollution risks. At the same time, it is necessary to build a dedicated charging room and arrange special personnel to manage it, which occupies the plant space and increases infrastructure investment.
In addition, lead-acid batteries generally have problems such as short lifespan, memory effect, and low charging and discharging efficiency, making it difficult to fully match the high-intensity and high-efficiency logistics requirements of the automotive industry.

III. BYD forklift industry-specific solutions

Combining the working conditions and existing pain points of the automotive industry, BYD forklifts provide adaptable handling solutions from four dimensions: product matrix, core configuration, customized adaptation, and service guarantee.

In terms of product layout, corresponding models are provided for different operation scenarios, covering the entire logistics link in the factory. For loading, unloading and handling scenarios in stamping, welding, final assembly workshops and parts warehouses, 2.5T-3.5T counterbalanced forklifts can be selected; for online traction conveying and long-distance transfer scenarios, 3.0T-25T multi-tonnage tractors can be matched; for high-level warehousing operations, 1.6T forward moving trucks can be selected, and for plane short-distance transfer, 2.0T pallet trucks can be adapted to form a complete product matrix.

In the core configuration, all models are equipped with large-capacity lithium iron phosphate batteries, which are maintenance-free and can be used at any time. There is no need to equip spare batteries or build a special charging room. Calculated by working 20 hours a day for 2.5T models, the monthly energy consumption cost of BYD electric forklifts is lower than that of lead-acid battery forklifts of the same tonnage; the cost of energy consumption, maintenance and battery amortization is comprehensively calculated on a five-year cycle, and a single device can significantly reduce the comprehensive operating expenditure. At the same time, the vehicle is equipped with mainstream core components, with multiple safety designs such as slope protection, overload protection, low cylinder buffer, and turning speed limit, which are suitable for long-term continuous operation conditions.

In terms of customization, it supports highly customized gantry, free choice of fork specifications, and can be attached to professional attachments such as side shifters and pitch-adjusting forks. For indoor and outdoor operation scenarios, it can provide fully enclosed cabs, warning lights, fans, and other customized configurations to meet the operating environment needs of the automotive industry.

In terms of service guarantee, the battery provides a 5-year quality assurance cycle to reduce the maintenance concerns of enterprises for long-term use of vehicles; establishes a pre-sale, in-sale and after-sale whole-process tracking service system, provides a hierarchical response mechanism, supporting stepped professional training, and supports sales, financial leasing, operating leasing and other cooperation models to adapt to the procurement needs of different enterprises.

IV. Industry landing practice

At present, BYD forklifts have been deployed in many mainstream automobile manufacturing enterprises, including FAW, BMW, GM, GAC passenger cars, etc. The application models cover counterweight forklifts, tractors, reach trucks, pallet trucks, etc. The scale of equipment investment ranges from dozens to thousands, and the stable operation performance has been recognized by customers. In addition to the automotive industry, related products have also been applied in logistics, food, steel and other industries to meet the handling needs of different fields.

As the automotive industry continues to upgrade towards intelligent manufacturing and green production, the electrification and efficiency of in-plant logistics has become an important link for enterprises to reduce costs and increase efficiency. BYD forklifts rely on their own lithium battery technology advantages and industry working conditions to continuously polish handling solutions suitable for the automotive industry. While ensuring the production rhythm, they help enterprises control operating costs and practice green production concepts, providing reliable equipment support for the logistics upgrade of the automotive manufacturing industry.