How Much Faster is an Automatic Battery Sorting Machine?

The battery business is keen to benefit from the latest advances in technology, and sorting machines are integral to ensuring that batteries are sorted correctly for performance, safety, and application.
How much quicker an automatic sorting machine will be compared to manual sorting machines is a question businesses will consider when looking at battery sorting equipment. In this article we look at speed benefits of automatic battery sorting machines, what determines their speed and how they can improve productivity in various applications.
The fundamentals of battery sorting machines
Battery sorting machines are used to sort and grade types and sizes of batteries based on variables such as capacity, voltage, size, and chemistry. Sorting is a necessary process in many applications where it’s important that batteries perform consistently, such as in Electric Vehicles (EVs), renewable energy systems and power storage applications. Manual battery sorting systems have tended to be superseded by automatic systems that although more expensive in terms of capital expenditure, also offer increased speed, accuracy and scalability.for instance, automatic sorting machines of lithium-ion batteries like the 18650 or 21700 cells can sort up to 10,000 cells an hour. This reduces the time spent sorting drastically, letting businesses fulfill high-demand amounts with ease.
Consistency and Reliability
Another plus with the automatic systems is that they won’t suffer from fatigue or be erratic, both frequent problems with manual sorting. This means that the speed advantage that comes with the machine doesn’t mean a subsequent spell of inaccuracy occurs. The machine will keep at its same pace through the entire process, consistently doing sorting work on wobbly tables.
Handling Complex Sorting Tasks
An automatic battery sorting machine can be programmed to handle more sorting tasks, compared to the easy wlaks of our human systems. They can differntiate cells, sorting them by type (cylindrical, prismatic, and pouch cells) and also check for level of voltage, and even test each battery’s capacity. A huge advantage in systems like the Solar Energy systems like solar energy systems and Electric vehicles, where consistency of the battery is key to their lively limbs.
Factors Affecting Sorting Speed
While automatic sorting machines are miles ahead of clubs sorting by hand, several other factors come into play, affecting the speed of sorting:As you might expect bigger batteries, like prismatic cells, are likely to take longer to sort than smaller more common cylindrical batteries like 18650 or 21700 cells. Obviously, a machine that’s designed for a particular type of battery is probably also going to be able to sort them faster, while also being limited by how it’s engineered and what processing capabilities it has. The more complicated the criteria for sorting, the longer the sorting process will be. If you are selecting based on parameters like capacity, voltage, size and state of charge, it may take longer to sort each cycle. Even so, the speed far exceeds that of human sorting, even when the task of sorting is complex. The speed of an automatic battery sorting machine can depend quite a bit on the actual configuration of the machine and other associated features. More exotic sensors and higher speed conveyers and multiple sorting channels may all help the machine achieve a higher speed for sorting than simpler machines which may only deal with one ‘line’ of cells. Some of these machines have as many as twelve channels which they can be sorting simultaneously and thus can have enormously fast sorting processes. The greater the level of automation, the greater the speed of course. It goes without saying that fully automated matrix-moveable types which require no additional labour hovering close by, are generally faster than semi-automatic machines, and obviously than manually operated ‘machine assisted’ systems. Fully automated systems might incorporate such features as infrared (IR) testing capabilities and even data logging as well.
Benefits of Faster Sorting Machines
Higher Production Capacity
More sorting means larger production capacity, and faster machines mean quicker sorting, and thus more production, and a higher volume of batteries that are processed, even automatically and in length of cycle time. A good thing in a business like powering EVs and recycling batteries.
Cost Savings
Faster machines are more expensive than slower ones, but they can also allow a whole lot of savings from the smaller cost incurred from requiring fewer people to manually work the machine for instance, and of course, on sorting. More work done for less cost invariably means greater return on that invested capital, and fewer sorting errors.
Scalability
As a business grows and more and more batteries need processing, with the aid of fully automated sorting machines that are much faster than those where people did the sorting, there’s much less need to hire more labour in order to keep up with demand.
Conclusion
To wrap up, we can see that automatic battery sorting machines have a fair whack of the kayos edge over manual sorting and can process a lot of batteries in less time than a human working in much the same field. There are a lot more factors influencing the speed of the sort, such as battery type, selection criteria for sorting or not, and configuration of the actual machine. However, all told we do see better throughout using automation versus old-fashioned manual sorting.
Becoming involved with the automatic battery sorting machines seems like a no brainer. Improvements in production and reduced costs, are sure to follow. Sharply.