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Shenzhen CPET Electronics Co., Ltd. sales05@szcpet.com 86-0755-23427658

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CPET focuses on the research and development, manufacturing, sales and service of power electronic products.
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Shenzhen CPET Electronics Co., Ltd.

DEVELOPMENT

Our company was founded in 2010, has 15 years of technology precipitation, worthy of your trust.
Shenzhen CPET Electronics Co., Ltd.

TECHNOLOGY

Pioneered eight industry technology, leading the industry progress, independent intellectual prop erty patents, more than 50, some products to apply for CE certification.
Shenzhen CPET Electronics Co., Ltd.

QUALITY

Trust Seal, Credit Check, RoSH and Supplier Capability Assessment. company has strictly quality control system and professional test lab.
Shenzhen CPET Electronics Co., Ltd.

MANUFACTURE

The monthly capacity of burn-in test system and ATE equipment is 200 sets +, the monthly capacity of automated test production line is 2 sets +, and the monthly capacity of unit modules is 10,000 sets.

2010

Year Established

450+

Employees

5000+

Customers Served

15000000+

Annual Sales

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Shenzhen CPET Electronics Co., Ltd.

Address: Building 1, No. 33, Patang Road, Loucun Community, Guangming District, Shenzhen, China XinHu Street,Guangming District, Shenzhen, China
Fax: 86-0755-23429958
Phone: 86-0755-23427658
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Lastest company news about Mobile power supply aging test process
Mobile power supply aging test process
Aging tests are a crucial quality inspection step in the production process of mobile power supplies. The core purpose is to verify the stability, safety and performance reliability of the products during long-term use, to identify potential faulty products, and to strengthen the quality defense line before leaving the factory.To ensure the accuracy of the test results and the standardization of the process, the specific test procedures are as follows: 1. Initial state check Place the mobile power bank to be tested (in its bare or semi-finished state) at the designated testing workstation. Complete the following comprehensive checks one by one to ensure that the initial state of the product complies with the testing standards: The appearance should be free of damage, scratches, deformation and obvious color differences; The buttons should press smoothly, have sensitive rebound, and there should be no sticking, malfunction or abnormal pressing feedback.The TYPE-C input/output interface is free from looseness, oxidation, or damage. The insertion and removal feel smooth. The pins of the interface show no bending, deformation, or damage. Only when all the initial conditions are met can the subsequent automatic aging test be carried out, to prevent the test results from being affected by initial defects. 2. Discharge test First, fully charge the mobile power bank to be tested. Then connect it to the Zhongyu Aging Test System. The system will discharge the battery at a constant current according to the preset standards until the cell triggers the protection voltage (the conventional standard is 3.0V per cell). The test system will automatically stop the discharge. The entire testing process is precisely recorded by the system for the discharge duration, and the actual output energy of the mobile power bank is calculated. This data directly determines the number of times it can charge devices such as mobile phones and tablets, and is one of the core indicators for evaluating the product performance. 3. Charging test After the discharge test was completed, the aging test system of Zhongkongyuan automatically connected the mobile power supply to the charging module. It was compatible with mainstream fast charging protocols such as UFCS integrated fast charging, USB-PD, FCP, SCP, Super VOOC, Mi Turbo Charge, Flash Charge, QC5, etc., precisely simulating the daily charging scenarios. During the test, the system monitored the entire charging process in real time, focusing on recording the curves of voltage and current changes, to verify whether the product could switch to constant current charging (during the fast charging stage) or constant voltage charging (during the trickle charging stage) modes, ensuring a stable charging process without abnormal fluctuations in voltage or current, or situations such as premature stopping of charging, overcharging, or insufficient charging. Ultimately, it could fully charge the battery without any abnormal issues such as premature stopping of charging, overcharging, or insufficient charging. 4. Cyclic charging and discharging test For mobile power supplies with high-quality standards, the "charging-discharging" complete process needs to be repeated for 3 to 5 cycles for testing. Through multiple cycle tests, the cycle life and capacity degradation rate of the battery cells, as well as the long-term thermal stability of the circuit board and the reliability of the charge-discharge protection mechanism are further verified. Precisely identify potential faults that may occur in the product during long-term repeated use, and ensure that the product meets the requirements for long-term use. 5. Data recording and exception handling The computer-monitored aging equipment provided by Zhongke Yuan's aging testing system can collect and automatically record the key parameters of each mobile power supply during the entire testing process in real time, including charging/discharging voltage, current, cell temperature, test duration, etc. This ensures that the data is traceable and verifiable. Before the test, the staff preset the safety thresholds for each parameter. Once the system detects that a certain parameter exceeds the threshold (such as excessively high cell temperature, abnormal voltage fluctuations, sudden increase or decrease in current, etc.), it will immediately send an alarm signal and automatically cut off the testing channel to prevent the expansion of the fault. At the same time, it marks the abnormal products to facilitate the subsequent technicians in identifying the cause of the fault and implementing corrective measures. Summary The Zhongyuanyuan aging test system is the core support for quality control of mobile power supplies - for manufacturers, it can effectively screen out faulty products, strengthen brand reputation, and reduce the rate of after-sales faults; for consumers, it is the last important line of defense to ensure daily usage safety, guarantee product performance compliance, and enhance the usage experience. It is both the "passport" for product manufacturing and the "pillar of confidence" for consumers to use the product with peace of mind.
Lastest company news about The core component of the inverter aging test equipment 5
The core component of the inverter aging test equipment 5
五,Safety and Protection Unit (System Operation Assurance) Comprehensively ensure the safety of testing equipment, the tested products, the operators and the power grid. ●  Electrical safety:The system is equipped with overvoltage, overcurrent, short circuit, leakage current, reverse connection prevention, and rapid fuse protection devices. ●  Emergency control:Install an emergency stop button to enable rapid shutdown in case of abnormal conditions. ●  Anti-interference and Isolation:Improve the grounding and electromagnetic shielding design to reduce test interference. ●  Environmental safety:It has functions of over-temperature protection, smoke detection, fire alarm and fire linkage. Summary and Core Logic The intelligent complete set of equipment for inverter aging test can be regarded as a controllable, reproducible and accelerated micro-grid and working condition simulation platform: ●  The power supply and energy feedback unit provides a stable "energy supply"; ●  The load and operating condition simulation unit builds a realistic "electricity demand and harsh environment" scenario.; ●  The data collection and monitoring unit acts as the "intelligent brain and observer"; ●  The interface and switching unit achieve efficient "batch connection and scheduling"; ●  The safety protection unit provides reliable "safety protection" throughout the entire process.; Through the precise coordination of various modules, the inverter aging test equipment can systematically verify the long-term reliability, efficiency attenuation characteristics, heat dissipation design, software stability and process defects of the product. It is the key core equipment for the quality control of inverters at the factory.
Lastest company news about The core component of the inverter aging test equipment 1
The core component of the inverter aging test equipment 1
The core of the inverter aging test equipment is an integrated system that combines power supply and energy feedback, load and operating condition simulation, data acquisition and monitoring, interface and switching unit for the tested product, as well as safety protection. 一,Power Supply and Energy Feedback Unit (Core Power Module) As the energy hub of the aging test equipment, it is responsible for providing stable power supply to the tested inverter and efficiently processing and recovering the output electrical energy. ●  DC power supply simulation:Provide a DC input for the tested inverter to meet the relevant testing requirements. ●  Communication feedback load/grid simulation:It receives the alternating current output from the inverter and realizes efficient power feedback or internal recycling utilization. Compared with traditional resistive loads, the energy-saving rate can reach over 70%. ●  Grid-connected energy feedback:Returning electrical energy to the power grid requires strict requirements for synchronization accuracy, harmonic suppression, and power factor control. ●  DC bus closed-loop feedback:After converting alternating current into direct current, it is fed back to the direct current input terminal to form an internal energy circulation. ●  Power grid simulation:Simulate complex conditions such as voltage fluctuations, frequency drifts, harmonic injections, voltage sags/supershocks, etc., to verify the inverter's adaptability to the power grid and its anti-interference capability.
Lastest company news about Do charging stations also need to undergo
Do charging stations also need to undergo "check-ups"?
The charging station, when placed in the professional aging testing equipment, needs to undergo thousands of repeated simulated charging cycles. Every electronic component and every interface connection is subjected to extremely rigorous tests far beyond the normal usage intensity - this is the indispensable "health check" for the charging station before it leaves the factory, and the core of completing this check is precisely the aging testing equipment for the charging station. During the aging test, all potential "problems" of the charging station will be thoroughly examined: such as premature failure of capacitors, increased contact resistance of relays, and micro-cracks at solder joints on the circuit board, are all difficult to escape the "sharp eyes" of the testing equipment. These seemingly minor hazards, if not detected and addressed in advance, will not only lead to a decline in charging efficiency and sudden power failure during charging, but also may cause serious safety accidents such as short circuits and fires, threatening the safety of users and the equipment. The massive data collected during the aging test process has become a valuable digital asset for the charging station industry. Through in-depth analysis of these data, manufacturing enterprises can precisely identify the weaknesses in product design and manufacturing processes, thereby optimizing and upgrading the products and promoting the quality iteration of the entire charging station industry. Nowadays, many leading enterprises in the industry have taken the lead in taking action, starting from the aging test data, to establish a full life cycle quality traceability system for charging stations, creating a unique "health record" for each charging station, and achieving full quality control from production to scrapping.   Every safe and smooth charging experience begins with a rigorous aging test. In today's era where energy transition is accelerating and green travel is becoming increasingly popular, it is these invisible "guardians" - the aging test equipment for charging piles - that silently build a secure barrier for charging, making every green journey more reassuring, more reliable, and more guaranteed.
Lastest company news about New energy vehicle motor controller aging test equipment
New energy vehicle motor controller aging test equipment
(CPET) focuses on the aging tests of new energy vehicle-mounted electronic products for power electronics, various types of power supply aging tests, energy storage aging tests, inverter aging tests, charging station aging tests, as well as aging test automatic lines and intelligent monitoring software, etc. It is engaged in the research, development, manufacturing, sales and service of multiple related products. With the rapid development of the new energy vehicle market, the motor controller, as one of the core components of new energy vehicles, its reliability and stability are particularly important. Currently, some new energy vehicle motor controllers do not undergo rigorous aging tests under simulated extreme working conditions before leaving the factory. This will bring great safety hazards to the owners. To better serve the society, Zhongyuanyang innovatively developed and launched an aging test equipment that integrates extreme power, voltage, current, liquid cooling, and air cooling of the environment. Through aging simulation tests on the motor controllers, it can early screen and identify quality problems of the motor controllers, significantly improving the reliability and stability of the motor controllers. It has been widely applied in well-known automotive original equipment manufacturers and well-known manufacturers of new energy component electronics, and has received high industry evaluations. The aging test equipment for the CPET new energy vehicle motor controller adopts the currently advanced testing technologies in China. It can simulate various complex working environments and load conditions to conduct comprehensive tests. During the testing process, the equipment strictly monitors and records various test indicators of the motor controller, such as voltage, current, and temperature, and generates an aging test report. It can also connect with the MES system (if available) to upload data, ensuring the accuracy and reliability of the test results. At the same time, the equipment conducts long-term extreme pressure load tests on the motor controller to simulate the actual usage environment, discover potential defects of the motor controller, and improve the reliability and stability of the motor controller.  As the penetration rate of new energy passenger cars and commercial vehicles gradually and steadily increases, the aging test of drive motor controllers has become increasingly important. This is because it directly affects the safety of the lives and property of new energy vehicle owners. Zhongyuanyuan will continue to support automotive manufacturers and component manufacturers to improve the reliability and stability of motor controllers, providing a strong guarantee for the safe use of new energy vehicles. With the continuous development and innovation of science and technology, the aging tests for motor controllers will also be constantly upgraded and improved. Zhongyuanyuan will continue to focus on the research and production of high-quality testing equipment of various types, providing better services and support to its partners, and contributing a small part to the harmonious development of society.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.
Shenzhen CPET Electronics Co., Ltd.