Shiqi heavy equipment handling, BYD blade battery forklift heavy load power analysis

In Shiqi's local heavy equipment manufacturing, large warehousing, and industrial logistics parks, the daily operations of large-scale cargo transshipment and heavy-duty device displacement account for a high proportion. Such working conditions have high requirements for the power stability, continuous operation capacity, and load performance of handling equipment. Many traditional handling equipment is prone to problems such as obvious power attenuation under heavy load, soaring energy consumption for long-term operations, and cumbersome DevOps flow. It is difficult to match the current high-efficiency and low-carbon industrial production needs.

As Guangdong Jianshu New Energy, we focus on providing sales and after-sales services for the full chain of BYD forklifts, rooted in the local market and familiar with the actual use pain points of various heavy-duty handling scenarios. Today, we will provide you with a practical analysis of the relevant heavy-duty power characteristics for electric forklifts equipped with blade batteries.

The first is the power output stability under heavy load conditions. The power system of this forklift is adapted to the discharge characteristics of the blade battery, and it performs smoothly under the state of continuous output of high current for a long time. Even if the heavy equipment carrying the rated weight is operated continuously for several hours, there will be no obvious power diving problem. When lifting high-level heavy-duty goods and climbing the internal ramp of the factory, the power response follows, and it is not easy to get stuck and power interruptions. It can adapt to the special station operation needs of many local factories, reducing the probability of heavy equipment bumping and damage during handling.

Secondly, the battery life and durability performance under heavy load scenarios. This power system equipped with a blade battery is equipped with a mature thermal management mechanism. Long-term full load operation can also control the working temperature of the core components within a reasonable range, reducing the probability of abnormal loss. Under normal heavy load conditions, the full power state can cover a complete single-day work shift, without frequent replenishment in the middle, effectively reducing the situation of operation interruption. At the same time, the overall structural design of the equipment is also adapted to the loss law of heavy load use, which can maintain a long-term stable operation state under normal maintenance and reduce the comprehensive cost of long-term use.

For customers with relevant needs in the Shiqi area, we also provide full-cycle localized services, whether it is pre-condition survey, model adaptation selection, or follow-up on-site inspection, fault quick maintenance, and regular maintenance guidance. We have an exclusive service team docking, which does not require customers to connect with after-sales resources across regions, and can respond to the maintenance needs of heavy-duty equipment in a timely manner to ensure the continuity of handling operations.

At present, many local enterprises with heavy equipment handling needs in Shiqi have begun to choose such electric forklifts equipped with blade batteries as the main handling equipment, which not only meets the relevant guidance of industrial production carbon reduction, but also can effectively improve the operation efficiency of heavy-duty handling and reduce long-term operating costs. If you have relevant model procurement and after-sales maintenance needs, you can contact us at any time to get exclusive solutions that suit your own working conditions.