Battery Formation Equipment
High-Efficiency Battery Formation Equipment Manufacturer
Finding a reliable Battery Formation Equipment supplier or partner for your business can be a daunting task. If you are seeking a trusted manufacturer to enhance your battery production process, Tertron is your ultimate solution. Our Battery Formation Machine, equipped with state-of-the-art features, ensures optimal performance and efficiency. Contact us now to learn how our Battery Formation System can revolutionize your business!
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Various of Battery Formation Equipments
Tertron offers a range of advanced battery aging solutions, including Battery Aging Cabinets and battery aging testers. These devices are designed to accurately assess the performance and longevity of lithium batteries through comprehensive charging and discharging cycles. Our equipment enables users to set specific testing parameters, such as charge and discharge protection voltages, capacity, and step sequences. Tertron’s battery aging systems provide reliable results, ensuring the quality and safety of batteries for various applications.
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Parameters Of Battery Formation Equipment Manufactured By Tertron
| Model | Number of Channels | Dimensions | Working power consumption | Voltage/Current Measurement Control Accuracy | Charge Voltage Range | Discharge Voltage Range | Charging/Discharging Current Range |
| P10-128-10A | 128 channels | L950xW750xH350mm | ≤11.2KW | ±(0.1‰ reading + 0.1‰ full scale) | DC 0mV~4.5V | DC 2V~4.5V | 50mA~10A |
| P10-256-6A | 256 channels | L1780xW370xH340mm | ≤13.5KW | ±(0.1‰ reading + 0.1‰ full scale) | DC 0mV~4.5V | DC 2V~4.5V | 10mA~6A |
| ATCK39-1024-3A | 1024 channels | Length 1930mm× Width 1114mm× Height 2028mm | ≤19.2KW | ±(0.5‰ reading + 0.5‰ full scale) | DC 0mV~4.5V | DC 2V~4.5V | 10mA~3A |
| TCF38-128/30A | 128 channels | Length 1910mm× Width 1095mm× Height 2060mm | ≤24KW | ±(0.5‰ reading + 0.5‰ full scale) | DC 0mV~4.5V | DC 2V~4.5V | 60mA~30A |
| TCF37-24-150A | 24 channels | Length 940mm× Width 1400mm× Height 1967mm | ≤22.5KW | ±(0.5‰ reading + 0.5‰ full scale) | DC 0mV~4.5V | DC 2V~4.5V | 300mA~150A |
| TCA39-48/60A | 48 channels | Length 1080mm× Width 1700mm× Height 2180mm | ≤8KW | ±(0.5‰ reading + 0.5‰ full scale) | DC 0mV~4.5V | DC 2V~4.5V | 120mA~60A |
| TCAFT39-576-10A | 576 channels | Length 1450mm× Width 1600mm× Height 2680mm | ≤36KW | ±(0.5‰ reading + 0.5‰ full scale) | DC 0mV~4.5V | DC 2V~4.5V | 20mA~10A |
| P30-64-30A | 64 channels | L630xW579xH480mm | ≤12KW | ±(0.5‰ reading + 0.5‰ full scale) | DC 0mV~4.5V | DC 2V~4.5V | 60mA~30A |
| P20-288-10A | 288 channels | L1680xW473.5xH389.5mm | ≤18KW | ±(0.5‰ reading + 0.5‰ full scale) | DC 0mV~4.5V | DC 2V~4.5V | 50mA~10A |
The Lowest-Cost Strategy Is To Choose Tertron Battery Formation Equipment
Tertron, with its experienced specialist, Precision redefined: with advanced testing technology, Our Battery Tester guarantees precise results, rapid testing and robust compatibility for diverse batteries
Features of Battery Formation Equipment
Tertron’s Battery Formation Equipment offers a comprehensive solution for battery manufacturers seeking reliable, efficient, and customizable testing systems. With its advanced features and modular design, this equipment streamlines the formation process while ensuring optimal performance and safety.
Precise Electrochemical Activation
Battery formation equipment ensures the accurate activation of electrode materials by controlling voltage, current, and timing.
Enhanced Consistency and Quality
With automated monitoring and control systems, the equipment ensures consistency across all cells in a batch.
High Efficiency and Throughput
Modern formation equipment is designed for high-speed operation, significantly improving production efficiency.
Advanced Data Analysis
Integrated data collection and analysis features allow manufacturers to monitor the performance of each cell in real time.
Energy Recovery Capabilities
Many battery formation systems incorporate energy recovery technology, where energy discharged during the process is captured and reused.
Versatile and Scalable Design
Battery formation equipment is often modular, allowing manufacturers to adapt it to different battery chemistries, sizes, and production scales.
What are the advantages of Battery Formation Equipment
Tertron battery formation machine has a variety of advantages, which make it unique from other equipment in the industry. Be it a multiindependent unit, all-functional equipment at advanced management or even its customizable solutions, this battery formation equipment strives for the best optimization in battery formation processes.
Single Point Independence
Each channel features independent, stable constant current and voltage sources, preventing interference and ensuring reliable performance
Comprehensive Functionality
Start, stop, pause, resume, and protection features provide flexible control over the formation process, adapting to various production needs
High Precision
Impressive accuracy of ±0.05% of full scale and data recording frequency of 1 second per point guarantee reliable and consistent results
Easy Maintainability
Modular design simplifies maintenance, repairs, and component replacement, minimizing downtime and reducing overall maintenance costs
Optimized Production Efficiency
High-speed, low-noise cart and carefully designed production layout maximize throughput and minimize bottlenecks
Comprehensive Protection Features
Dedicated products incorporate over-current (OCP), over-voltage (OVP), and over-temperature (OTP) protection for enhanced safety and reliability
Why Choose Tertron Formation Equipment?
Tertron is one of the key players in the manufacturing of battery formation equipment and offers a wide range of benefits that put it uniquely apart in the industry. From quality commitment to innovation, a global presence and responsive support, Tertron consistently adds value to its customers.
Complete Solutions
Tertron offers comprehensive solutions and customized services to meet specific customer requirements
Excellent Service
High-quality pre-sales and after-sales support ensures customer satisfaction
Quality Assurance
ISO, CE, UL, and SGS certifications guarantee product quality from raw materials to finished goods
Global Presence
Successful implementation of more than 60 complete solution projects for lithium-ion battery and supercapacitor production equipment in over 40 countries
Cost-Effective
Higher quality products at competitive prices and same products at lower prices compared to competitors
Warranty Coverage
One-year warranty for all machines ensures customer peace of mind
Frequently Asked Questions
Want to know more about Battery cell formation equipment
What is a Battery Formation Equipment?
Battery Formation Machine is a piece of equipment used in the manufacturing process of rechargeable lithium-ion cells. A Formation Machine is used in the manufacture of rechargeable lithium-ion cells. The economical way formation machines include precise control systems for regulating voltage, current, temperature, and cycling parameters during battery formation.
What is battery formation?
Formation of the battery is a primary activation of the positive and negative electrode materials inside the battery through the first charge to form a stable SEI film on the electrical auxiliary components (especially the anode).
As it is, these SEIs are vital for determining how well the battery performs and how long it lasts in the life cycle. This step is the lengthy, complicated one, usually performed at a rate of 0.1 C, where C is the capacity of the cell, as it requires extensive range control of the electrical parameters to get the most accurate. The formation can contribute 20 % – 30 % to the total cost of the battery, during which time the cells are graded and sorted on their electrochemical properties for producing uniformity in the battery module/pack construction.
What are the key components of Battery Formation Equipment?
Battery Formation System comprises mainly of a computer system, communication interface, control software, and cabinet for detecting batteries. The cabinet for detecting batteries carries a fixture that houses a plate body of the fixture, charging, constant current and constant voltage source discharge constant current source, storage control circuit, current & voltage sampling circuits, main control CPU, data memory, microcontroller programming and control panel.
What technical parameters should I consider when selecting Battery Formation Equipment?
When choosing a Battery Formation Equipment, consider parameters such as voltage and current range, accuracy, resolution, data sampling rate, and the number of channels. Ensure these specifications match your battery requirements.
How do I set up and operate Battery Formation Equipment?
Setting up Battery Formation Equipment involves connecting the batteries, configuring the control software, and defining the formation program. Follow the manufacturer’s instructions and safety guidelines for proper operation.
What should I do if the Battery Formation Equipment is not functioning properly?
If you encounter issues, first check the connections, power supply, and control software settings. Consult the troubleshooting guide or contact the manufacturer’s support team for assistance.
Are there any safety considerations when using Battery Formation Equipment?
Yes, always follow safety precautions such as wearing protective gear, ensuring proper ventilation, and handling batteries with care. Regularly inspect the equipment for any signs of damage or malfunction.
Can Battery Formation Equipment handle different battery chemistries and sizes?
Most Battery Formation Equipment is designed to accommodate various battery chemistries (e.g., Li-ion, NiMH) and sizes. However, it’s essential to verify compatibility with your specific battery type and dimensions.
Why is battery formation a significant cost in manufacturing?
During manufacturing, a major expense consists of battery formation, which refers to the first charge/discharge cycle after which this specific electrochemical layer called solid electrolyte interphase (SEI) is formed over the anode mainly. This process is essential for the optimization of the battery, which will control how it ages and performs in the long run. The formation process is very much time-consuming and resource-intensive and often takes from twenty to thirty percent of the total cost of the battery as it involved very delicate and lengthy electrochemical reactions.
What are some common applications of Battery Formation Equipment?
Battery Formation Equipment is widely used in the production of batteries for electric vehicles, consumer electronics, energy storage systems, and other applications where reliable, high-performance batteries are essential.