3.5 tons lithium battery forklift purchase reference: BYD ECB35 adaptation scene and crowd

Core points of general purchase of 5-ton lithium battery forklift

Basic performance parameter verification

Before purchasing a 3.5-ton lithium-ion forklift, you must first clarify your own basic operation requirements, check the core parameters such as the rated load, maximum lifting height, and battery life of the vehicle, and confirm the matching degree between the parameters and daily operations. There is no need to blindly pursue redundant configurations that exceed requirements to avoid unnecessary cost waste. Users can count the average cargo weight of daily operations and the lifting height requirements of a single operation in advance, and then match them with the parameters announced by the product to improve the accuracy of selection.

Life cycle cost estimation

In addition to the cost of equipment procurement, it is also necessary to measure the long-term use costs such as subsequent charging maintenance, battery use protection, and replacement of wearing parts. Selecting a compliant product system can effectively reduce the additional expenses in the subsequent years of use, and do not bear unnecessary burdens for subsequent hidden costs.

Analysis of the Adaptation Scenario of Mainstream 3.5-ton Lithium Battery Forklift

Operation scenes of medium and large warehousing and logistics parks

For medium and large warehousing scenarios with a large daily handling volume, single handling is mostly full cargo, and the operation time is more than 6 hours, the load capacity and battery life of this type of aircraft can match the high-frequency transshipment demand, and it is suitable for express distribution centers and e-commerce warehouses. It can also meet the needs of short-distance container loading and unloading trucks and support multi-shift connection operations.

Internal transfer scene in the manufacturing plant

Under the scenarios of raw material transfer and finished product offline handling in various production plants, the zero-emission characteristics of this type of model also meet the environmental protection requirements of indoor operations in the factory, and the characteristics of low-noise operation will not interfere with the normal production order. It is suitable for production scenarios that require the working environment, such as machining and food production, and will not produce waste gas residues that affect the quality of goods.

Suitable for purchasing population reference

Corporate procurement person in charge of bulk procurement

For enterprise purchasers who need to update on-site handling equipment uniformly, while taking into account operational efficiency and long-term use costs, the comprehensive performance of this type of model meets the selection criteria of most general scenarios, and can adapt to most conventional handling needs without paying an additional premium for special scenarios. It is suitable for the cost control requirements of enterprise centralized procurement.

Site operators with equipment and new energy upgrade needs

It is promoting the upgrade of new energy equipment in the field, and the site operator who wants to replace the original fuel handling vehicles does not need complicated exhaust gas treatment processes, and can also meet the relevant environmental protection control requirements. It is suitable for equipment upgrades of various industrial sites and reduces the pressure of environmental compliance operation and maintenance of the site.