New energy_Shanghai Yongqian electromechanical Co., Ltd

Program Introduction

This plan focuses on the full scenario of digital energy in the automotive industry, with intelligent transfer equipment as the core, integrating robot assembly, intelligent transfer equipment, and independently developed T-shaped robots, covering core links such as new energy vehicle power batteries, energy storage systems, vehicle assembly, and component transportation. The solution integrates automation, intelligence, and flexibility technologies to adapt to high-precision, high load, and multi batch operation needs such as battery pack handling, energy storage container assembly, and vehicle chassis assembly. Through simple programming and tool replacement, it quickly switches production line modes and seamlessly integrates with the automotive digital energy production management system, breaking the traditional efficiency bottleneck, safety shortcomings, and insufficient flexibility issues of transfer. It provides efficient, safe, and low-cost intelligent transfer support for the automotive industry and new energy supply chain, helping to upgrade the digital energy of the automotive industry and building a solid foundation for intelligent manufacturing.

Solution advantages

Flexible routes with cost-effective advantages
The path is flexible and cost-effective, capable of adjusting according to changes in automobile production lines and warehouse storage locations, with costs significantly lower than traditional conveyor belts and rigid transmission lines.
High level of intelligence
Highly intelligent, equipped with an automatic guidance system, enabling unmanned autonomous operation without manual guidance, suitable for large-scale material handling scenarios in automotive factory areas.
High precision, unmanned
High precision, unmanned, high safety, automation, high load, lightweight;
One-stop service loop
A one-stop service loop, covering equipment customization, system integration, tooling adaptation, and post-operation maintenance, ensures the efficient implementation of automotive digital energy transfer solutions throughout the entire process.
Outstanding flexible production capacity
It boasts outstanding flexible production capabilities, enabling quick mold changes and simple programming to meet the small-batch, multi-variety production needs of new energy vehicle batteries and energy storage products across various models and specifications, effectively enhancing lithium battery production efficiency.
Strong adaptability in precision
It features strong precision adaptability, with positioning accuracy within ±2mm, perfectly meeting the transfer and assembly needs of precision energy components such as power batteries and battery packs. OHT is applied to the core stages of lithium battery production—transporting electrode rolls in the cold pressing, die-cutting, winding, and cut-stacking sections.

Solution value

40%

Improve the production efficiency and capacity of new energy vehicles by approximately 40%, achieve unmanned 24/7 operations, and overcome the transfer bottlenecks in battery assembly and vehicle final assembly processes.
100%

Enhance data transparency in automotive energy production lines by 100%, achieve real-time visual monitoring throughout the transfer and assembly processes, and support digital management of production lines.
99%

The pass rate of power battery and energy component assembly quality has increased to 99%, significantly reducing losses and defect rates during transfer and assembly processes.
40%

Reduce the operational costs of the automotive digital energy production line by 40%, cut down on labor, traditional equipment maintenance, and energy expenses, and optimize the overall cost structure.
70%

Reduce production line changeover time by 70%, quickly adapt to the production needs of new vehicle models and new energy storage products, and enhance the flexible response speed of production lines.
98%

Improve material transfer accuracy by 98%, prevent incorrect, missing, or misaligned shipments of battery packs and components, and ensure production line continuity.
80%

Reduce the incidence of production safety accidents by 80%, and eliminate safety hazards such as collisions and falls during manual handling of heavy batteries and energy equipment.
65%

Reduce the unplanned downtime rate of equipment by 65%, improve the overall operational efficiency of transfer equipment, and ensure stable operation of automotive energy production lines.