SIASUN AGV In New Energy Industry (AGV In New Energy Industry)

A finished electrode coil is too valuable to risk in human hands, and too heavy and too sensitive to move any other way than with precision. That tension sits at the center of SIASUN AGV In New Energy Industry (AGV In New Energy Industry), a mobile robot solution built for the transport problems of lithium battery plants.

The product is available through this page, by quotation.

Background

SIASUN and the lithium battery workshop

SIASUN is a robotics manufacturer whose mobile robots, industrial arms and service machines are offered across several industries. You can see the wider range on the SIASUN category page. The solution described here is one of its most specialized offers, because it was not designed as a generic vehicle. It is a comprehensive solution customized for the entire product cycle of the lithium battery industry. That cycle runs from the front and middle pole piece and battery cell manufacturing to the assembly of the back pack, and the solution follows the process requirements at each stage.

This matters to a plant manager because battery manufacturing is not one process but a chain of very different ones. Material that leaves an electrode line has different handling needs from a finished cell, and a finished cell has different needs from a pack on an assembly line. A single standard vehicle rarely fits all of them. SIASUN answers with a family of robot types, each matched to a stage of the flow.

Positioning and key technology

The starting point is an industry pain point. Coil material transportation is difficult: the quality of the finished coil is high, so pure manual handling is impossible. The workshop also requires cleanliness, and the movement of material must be precise, reliable and efficient. SIASUN has designed and developed high-precision mobile robots, cantilever axis mobile robots and lifting mobile robots to meet these transportation needs.

Three technical ideas stand out. The first is docking accuracy, which can reach ±1mm. The second is carrying capacity, which can reach 4T at the maximum. The third is customization: the load-bearing structure of a lifting mobile robot is developed according to the external characteristics of the polar roll and the form of the docking equipment. The robots can also be linked with the workshop MES system to achieve automated production.

At the PACK end, SIASUN uses forklift type, roller type and lifting type mobile robots for PACK production lines. These are relatively standard forms of mobile robot, and the aim is to improve efficiency and reduce costs.

Technical Specifications

Specifications as published by the manufacturer; confirmed against the datasheet at quotation.

The manufacturer has not published the dimensions, the weight, the battery type and capacity, the travel speed, the navigation method for this solution, the runtime and charging, the IP rating, the safety certifications for this model, the contents of the box or the power supply; they are confirmed at quotation.

What problem does this solution solve in a battery plant?

The answer begins with the coil. Electrode material in a lithium battery plant is delicate, and the finished coil is of high quality. Pure manual handling is impossible in this process. A person can still load and supervise, but the movement itself needs a machine that can place the load with a repeatable, controlled approach.

Cleanliness is the second part of the problem. The workshop requires it, and a transport method that is repeatable and kept to a defined route is easier to manage than a changing crowd of people and carts. No cleanliness rating is given for the robots, so raise it when you request a quotation if your plant has a specific class to meet.

The third part is efficiency. Precision, reliability and conveying efficiency are all required at once. Docking accuracy of up to ±1mm is relevant here, because a robot that arrives at the same position each time lets the receiving equipment work without constant correction. The link with the workshop MES system adds the production side, so that material movement can follow the production plan and support automated production.

How do the robot types differ from one another?

Five robot types are named, and they split into two groups by position in the process. High-precision mobile robots, cantilever axis mobile robots and lifting mobile robots were developed to meet the transport needs around the front and middle process, where coils and polar rolls are the main load. Forklift type, roller type and lifting type mobile robots are the standard forms used at the PACK end.

The lifting form appears in both groups, which says something about how flexible it is. For polar rolls, the load-bearing structure is developed to match the roll and the docking equipment, so the robot and the machine it serves fit each other. The ±1mm docking accuracy and the 4T carrying capacity belong to the mobile robots of the solution in general, so please do not assign them to one type in your planning.

Who is SIASUN AGV In New Energy Industry for?

The first group of buyers is manufacturers of lithium battery cells and electrode materials, who need to move coils and polar rolls without handling them by hand. For them, the high-precision, cantilever axis and lifting types are the relevant starting points.

The second group is battery pack assemblers. Their flows involve forklift type, roller type and lifting type robots on PACK production lines, where standard forms keep efficiency up and costs down.

The third group is system integrators and engineering teams planning a new line or a retrofit. They are likely to value the MES link and the option of a customized load-bearing structure. Buyers whose work is general assembly rather than battery production may prefer a different machine, such as the SIASUN Auxiliary Assembly Mobile Robot.

What is SIASUN AGV In New Energy Industry used for?

1. Coil material transport. Moving finished coils where manual handling is not possible.
2. Polar roll handling. Lifting robots with a load-bearing structure developed for the roll and its docking equipment.
3. Precise docking. Placing loads at equipment stations with accuracy that can reach ±1mm.
4. Heavy load movement. Carrying loads up to a maximum of 4T.
5. PACK line logistics. Forklift type, roller type and lifting type robots serving pack production lines.
6. MES-linked production. Connecting transport to the workshop MES system for automated production.

Pricing and Availability

No price is printed on this page, because the right configuration depends on the process stage, the load and the docking equipment involved. Please request a quotation and describe your workshop, the loads you move and the equipment the robots must serve. Delivery, customs and support are arranged together with the quotation. SIASUN AGV In New Energy Industry (AGV In New Energy Industry) is available on this page.

Frequently Asked Questions

What industry is this solution made for?

It is made for lithium battery manufacture. SIASUN customized it for the whole product cycle, from pole pieces and battery cells to back pack assembly.

How accurate is the docking?

Mobile robot docking accuracy can reach ±1mm.

How much can the robots carry?

The maximum carrying capacity of the mobile robots can reach 4T.

Which robot types are included?

High-precision, cantilever axis and lifting mobile robots serve transport needs. At the PACK end, forklift type, roller type and lifting type mobile robots are used.

Can it connect to our production system?

Yes, it can be linked with the workshop MES system to achieve automated production.

Can the load-bearing structure be adapted to our rolls?

Yes. A load-bearing structure suitable for lifting is developed from the external characteristics of the polar roll and the form of the docking equipment. Share your roll and equipment details when you request a quotation.

Where can I buy SIASUN AGV In New Energy Industry and what does it cost?

It is available through this page, by quotation. No price is shown, and the cost depends on the configuration that your process needs.

Summary

The coil that cannot be touched by hand is the reason this solution exists. SIASUN answers with robots for each stage of the battery process, docking accuracy that can reach ±1mm, a carrying capacity that can reach 4T, a load-bearing structure tailored to the polar roll, and a link to the workshop MES system. For a lithium battery plant weighing its options, this page is the starting point.