







Dongguan X-Power Intelligent Technology Co.,Ltd is a professional smart battery manufacturer operates in 2 key business areas including e-mobility and energy storage. With over 10 years of experience in designing, engineering and manufacturing smart battery for needs of today and future.
Our ambition is committed to a sustainable future by offering green, smart, high efficiency energy solution for both new and existing applications.It makes X-Power continuously optimizing its R&D, management and production equipments in passing years to meet standard of ISO9 0 0 1 , SQP, and BSCI.
The safety assurance of a battery pack involves design verification, supply chain management, system adaption, correct cell selection and serious testing and manufacturing process. To meet the full procedure, X-Power has 8000m² workshop for test lab, R&D institute and production line. Also all products are tested and approved by third party lab. Over the years, X-Power had focused on China, Europe, USA, Japan, South Africa, Brazil,Indonesia, and etc. At the same time, we subscribed 1.5 million US Dollar global Product Liability Insurance for our products.
In June of 2023, we will set up new production line for battery energy storage in our new headquarters in Dongguan, China.
Welcome to contact us today for win-win solution.





10+Years Experience,Aduited by Iso9001, SQP, GS & BSCI

Professional R&D Team& In-House Lab

Stable Battery Cell Supply Chain including LG, SVOLT, GOTION,Ganfeng, etc.

6+ Years International Brand ODM Experience

Major Seller in Chinese B2C Marketplace, 500,00+ End Users Experience

European Warehouse & After-Sales Service Center

Focus on smart battery for light electric vehicle and energ storage


Why Electric Vehicles Choose to Use NCM Cells ?

2023-05-15
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Shockproof and anti-drop design is essential for power banks, as accidental drops and impacts are common during daily use, and such incidents can damage internal components (e.g., battery cells, circuit boards) or the outer casing, leading to performance issues or safety hazards. The goal of shockproof and anti-drop design is to absorb and dissipate the impact force generated during a drop, protecting the internal components from damage and ensuring the power bank remains functional.One of the key design features for shockproof and anti-drop protection is the use of shock-absorbing materials in the outer casing. Common materials include soft silicone, TPU (Thermoplastic Polyurethane), and EVA (Ethylene Vinyl Acetate), which have excellent elasticity and impact resistance. These materials are often used as a protective layer around the power bank’s core components, absorbing the impact force when the device is dropped. For example, silicone cases or TPU bumpers around the edges of the p
While power banks are generally considered quiet devices, some models may produce noise during operation, which can affect user experience, especially in quiet environments (e.g., offices, bedrooms). The noise generated by power banks is typically low-frequency humming or buzzing, and its control level is an important aspect of product design, as excessive noise can indicate potential issues with internal components or poor design. Understanding the sources of noise and the measures used to control it is essential for evaluating the quality and user-friendliness of a power bank.The primary source of noise in power banks is the internal cooling fan (if equipped) and the switching power supply. Power banks with high output power (e.g., 65W or more) often require a cooling fan to dissipate heat generated during fast charging, as overheating can damage internal components. The fan may produce a low humming noise when it is running, especially at higher speeds. The switching power supply, w
The material safety performance of power banks is of utmost importance, as it directly relates to the safety of users and their devices. Power banks consist of multiple components, including the outer casing, battery cells, circuit boards, and connecting cables, each of which requires specific material safety standards to prevent hazards such as overheating, short circuits, fires, or explosions. The outer casing, which is the first line of protection, must be made of materials that are flame-retardant, heat-resistant, and non-toxic, to withstand high temperatures and prevent the spread of fire in case of internal malfunctions.Common materials used for power bank casings include ABS (Acrylonitrile Butadiene Styrene), PC (Polycarbonate), and aluminum alloy. ABS plastic is widely used due to its durability, impact resistance, and low cost, and it can be modified to be flame-retardant to meet safety standards. PC plastic is more heat-resistant and transparent, making it suitable for power
Waterproof and dustproof capabilities are increasingly important features for power banks, especially for users who use their devices outdoors, during travel, or in harsh environments. These capabilities are measured using the IP (Ingress Protection) rating system, which consists of two digits: the first digit indicates the level of dust protection, and the second digit indicates the level of water protection. Testing power banks for waterproof and dustproof capabilities involves rigorous procedures to ensure they can withstand specific levels of dust and water exposure without compromising performance or safety.Dustproof testing focuses on preventing solid particles (such as dust, sand, or dirt) from entering the power bank, which can damage internal components like circuit boards and battery cells. The dustproof test is conducted in a controlled environment with a dust chamber, where the power bank is exposed to a specified concentration of fine dust for a set period (usually 8 hours