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The research and development team has many years of experience in the research and development of supercapacitors and lithium-ion battery products. The research and development center of ultrafast charging battery has academicians of the Russian Academy of Natural Sciences and the Academy of Natural Engineering, professor-level senior engineers, and national engineering experts of tens of millions of talents. Outstanding talent winner (1 person), engineering doctor (3 people), master (5 people), supported by a professional R&D team.
In order to meet the needs of different application fields, the company established the ultrafast battery research Center, forming a professional and technical talent echelon with "doctor as the core, master's as the backbone, and undergraduate as the pioneer". The R&D team has both energy storage material research and technical experts, and energy storage device engineering and process technology experts. Majors cover power electronics, materials chemistry, mechanical engineering and other professional fields. The company has always adhered to the trinity development strategy of "production, university and research", and has established extensive and deep cooperative relations with Tianjin University, Ningbo University, Ningbo Materials Institute of the Chinese Academy of Sciences.
At this stage, the research center covers an area of 1000m², aiming to continuously develop ultra-fast charging batteries and systems with higher energy, higher power and longer cycle life on the basis of the existing 3.8V guide and 4.2V cylindrical monomer technologies. Relying on professional hardware facilities, the research center has been equipped with the research and development, testing and analysis capabilities of ultrafast rechargeable batteries such as linear, cylindrical and square shells. The perfect integration of a full range of technologies for research and development and application is realized, providing a strong guarantee for the continued leadership of future technologies of the R&D center.
We are committed to fast energy storage and lithium-ion ultra-fast charging battery overall solution of high-tech, the company's research and development of lithium-ion capacitors, ultra-fast charging battery products belong to the industry leading technology, with traditional lithium-ion batteries and supercapacitors can not match the electrical performance. Based on the company's ultra-fast charge low-temperature battery technology, we independently develop BMS and launch a modular battery system based on the characteristics of the mobile robot industry. We can customize the size capacity and communication protocol according to customer needs to solve the pain points of the current low battery charge and discharge, low temperature can not be charged, and low temperature capacity retention rate. At present, it has been well applied in the mobile robot industry and has been recognized by many customers.
Improve work efficiency with the fastest 10 minutes (6C) full charge, enabling more optimized and efficient system operations.
-30ºC low temperature charging and discharging capacity retention rate is more than 80%, to deal with complex application environments.
Supports large power continuous discharge (10C). Handles heavy loads easily, enabling small capacity units to complete heavy tasks.
Structure & Appearance: This product is a radial cell with the parallel of electric double-layer capacitor + lithium ion battery. It consists of two electrodes, an insulation separator and electrolyte filled in the cell. Rubber stoppers are used to seal the aluminum case, with two radial leads located on the top.
| Series | ΦD (mm) | L (mm) | d (mm) | P (mm) | Weight (g) |
|---|---|---|---|---|---|
| LIC 1013 N 3R8C040 | 10 + 1.5 Max | 20 ± 1.5 | 0.6 ± 0.1 | 5.0 ± 0.5 | ≤ 3.0 |
A1: The battery supports exceptional charging speeds, reaching a full charge (6C) in as fast as 10 minutes, which significantly enhances system and site operational efficiency.
A2: The battery maintains more than 80% of its capacity retention rate for both charging and discharging at -30ºC low temperatures, making it highly reliable for complex environments.
A3: The product is designed with a parallel structure combining an electric double-layer capacitor and a lithium-ion battery. It features low self-discharge, high operating voltage (3.8V), maintenance-free operation, and a capacitance nearly 10 times that of standard EDLC.
A4: Using ultra-fast charge and low-temperature battery technology, we independently develop BMS and modular systems tailored for mobile robots. We also offer customization for size, capacity, and communication protocols to solve low-temperature charging and capacity retention issues.
A5: Typical applications include smart meters (water, gas, electricity) coupled with 3.67V Li-primary batteries, GPS tracking, RF communications, IoT pulse power supplies, electric tools, ETC, quick charge power sources, and electronic cigarettes.
A6: The radial cell consists of two electrodes, an insulation separator, and electrolyte filled inside. It uses an aluminum case securely sealed with rubber stoppers, featuring two radial leads on the top.
