The medium voltage aging cabinet launched by Guangdong Yishengda Technology Co., Ltd. has become an ideal choice for battery performance and quality testing in the field of two wheeled tricycle batteries, as well as projects such as lead to lithium and oil to electricity conversion, due to its excellent performance.
1、 Widely applicable scope
The Yishengda medium voltage aging cabinet is compatible with charging and discharging battery packs with voltages ranging from 30-150V, and is designed specifically for aging testing of small medium voltage battery modules. In the field of two wheeled tricycle batteries, it can accurately simulate the charging and discharging status of batteries during actual riding, screen out battery modules with poor performance through aging testing, and ensure that each two wheeled tricycle battery can provide stable and long-lasting power. For lead to lithium and oil to electricity projects, this aging cabinet also plays a crucial role. In the process of replacing traditional lead-acid batteries with lithium batteries and converting fuel power to electric drive, strict testing of the new lithium battery module is required. The Yishengda medium voltage aging cabinet can help detect whether the battery module can adapt to the new power system requirements, ensuring the safe and reliable operation of the modified vehicle. In addition, it is widely used in the aging of lithium battery modules such as power tools, drones, medical equipment, portable energy storage, and base station energy storage, providing solid support for battery applications in many fields.
2、 Excellent performance advantages
（1） Energy feedback, efficient and energy-saving
This aging cabinet has energy feedback function, with an optimal efficiency of up to 94%. During the battery discharge phase, the device is able to feed the energy released by the battery back into the grid, achieving energy recovery and reuse. This feature not only conforms to the current trend of energy conservation and environmental protection, but also brings significant economic benefits to the using enterprises. Taking a medium-sized battery production enterprise as an example, if a large-scale battery aging test is conducted daily and an Yilida medium voltage aging cabinet is used for one year, the saved electricity expenses are considerable, greatly reducing long-term operating costs. At the same time, by reducing the heat generated by energy loss, a significant amount of electricity costs for air conditioning have been saved, achieving a dual energy-saving effect.
（2） High precision sampling, accurate and reliable data
The use of high-precision and high dynamic range AC/DC units ensures good stability and high accuracy in current and voltage sampling. When conducting aging tests on the batteries of two wheeled tricycles, it is possible to accurately collect various data of the batteries during the charging and discharging process, such as voltage, current, capacity, and other parameters. Stable and accurate data collection provides a reliable basis for judging the performance of battery modules, helping enterprises better control battery quality and ensure that products meet high standard requirements. High precision sampling can play an important role in exploring the performance of new batteries during the research and development stage, as well as in quality inspection during the production process, helping enterprises enhance their product competitiveness.
（3） Multiple protection functions ensure the safety of equipment and batteries
Dynamic load protection: effectively protects the battery during charging and discharging, preventing the occurrence of battery ignition, and avoiding current surges caused by loose connectors, effectively protecting the battery and electronic components in the module from damage caused by surge currents. In the actual use of equipment such as two wheeled tricycles, batteries may face various complex working conditions. The dynamic load protection function is like putting a sturdy "protective suit" on the battery to ensure safe and stable operation in all situations.
Voltage clamp protection: During the charging process, if the battery protection is activated or the equipment malfunctions, the voltage can be quickly clamped to a safe voltage to prevent damage to the battery or battery pack protection board. This protection mechanism adds a safety barrier to the charging process of batteries, especially in lead to lithium and oil to electricity conversion projects. Faced with different types of batteries and complex circuit connections, voltage clamp protection can effectively avoid battery damage caused by abnormal voltage and ensure the stable operation of the entire power system.
Multi protection of software and hardware: In addition to the above two protection functions, the device is also equipped with a series of hardware protection measures such as surge protection, islanding protection, over/under frequency, over/under voltage, phase loss protection, leakage protection, over temperature protection, as well as software protection mechanisms such as host protection, over specification protection, emergency stop protection, power down data protection, trend protection, output protection, communication protection, program protection, confirmation modification protection, reverse connection protection, voltage jump protection, disconnection protection, insulation protection, etc. To safeguard the safe and stable operation of equipment from multiple dimensions, whether in daily production testing or special circumstances, it can ensure the safety of equipment and batteries, reduce potential risks and losses.
3、 Advanced technological features
（1） Modular design, flexible and convenient
The system adopts modular design, with single point independent channels and support for multi-channel parallel connection. This design enables the device to have extremely high flexibility during use, and enterprises can flexibly configure the number of channels and power according to their own production needs and testing tasks. For two wheeled tricycle battery production enterprises, when the production scale expands or the testing demand changes, they can easily and quickly expand or adjust the aging cabinet without the need to purchase a complete set of equipment, reducing the equipment investment cost of the enterprise. At the same time, modular design also facilitates equipment maintenance and upkeep. When a module fails, it can be quickly replaced, reducing equipment downtime and improving production efficiency.
（2） Intelligent control system, easy to operate and efficient
Upper computer system software: simple interface, integrated graphics and data, intuitive and efficient testing process. Users can easily view operation logs, channel logs, fault logs, etc. through this software, which has comprehensive monitoring capabilities for data and multiple protection capabilities for batteries. When conducting battery aging tests on two wheeled tricycles, operators can understand the testing status of each channel battery in real time through an intuitive interface, such as current, voltage, capacity, time, and other information, at a glance. And the testing process can be precisely controlled through software to achieve various complex testing tasks.
Powerful step editing function: It can achieve functions such as constant current charging, constant voltage charging, constant power charging, constant current and constant voltage charging, constant current discharge, constant voltage discharge, cycling, and delay protection. At the same time, various modes can be combined arbitrarily to charge and discharge the battery, and it can be manually and quickly switched to any set step. Different steps are distinguished by different colors, making it convenient for users to operate and manage. For battery testing in lead to lithium and oil to electricity projects, personalized testing plans need to be developed based on different battery characteristics and application scenarios. The step editing function can easily meet this requirement, providing great convenience for enterprises.
BTSDA data software: It has powerful data processing and analysis capabilities, and users can customize the X-axis and Y-axis to achieve arbitrary combination of curve display functions, making it convenient for users to analyze the interrelationships between various parameters. The data includes a loop layer, a work step layer, and a recording layer, with multiple layers of data display for clear and concise viewing. The software also has functions such as process files, channel logs, and quick export of Excel format files, which can comprehensively analyze data. Through in-depth analysis of test data, enterprises can better understand the performance trends of batteries, providing strong data support for product optimization and quality improvement.
（3） Good heat dissipation performance ensures stable operation of equipment
Guangdong Yishengda Technology Co., Ltd. was established in 2015 and is located in Tangxia Town, Dongguan City, Guangdong Province. It is a high-tech enterprise under Yishengda Group, specializing in the research and development, production, and sales of battery formation capacity aging detection systems. The company is deeply engaged in technology research and development, focusing on high-precision battery testing, pressure conversion, and intelligent bidirectional energy feedback technology. It is the only lithium battery testing equipment enterprise in the industry that has passed the CE safety certification of China Southern Inspection. It has won many honors such as China's Top Ten Brands of Lithium Battery Cell Equipment, China's Top Ten Brands of Power Lithium Battery Cell Equipment, and Advanced Equipment Enterprise of Guangdong Battery Industry Association. Its products have been widely used in major battery manufacturers, new energy vehicle factories, energy storage battery supporting enterprises, testing institutions, and scientific research laboratories. The Yishengda battery testing system has quickly become a highly recognized and praised battery testing equipment brand in the industry due to its high precision and ultra energy saving characteristics. Choosing the Yishengda medium voltage aging cabinet is not only about choosing a high-quality product, but also about choosing the strong technical strength and comprehensive service system of the enterprise behind it.
In summary, the Yishengda medium voltage aging cabinet, with its wide range of applications, excellent performance advantages, advanced technological features, and strong corporate strength, has become the best choice for specialized aging cabinets in application scenarios such as two wheeled tricycle batteries, lead to lithium, and oil to electricity. It will provide solid technical support for the development of the new energy battery industry, help enterprises improve product quality, and promote the continuous development of the industry.
