Shenzhen CPET Electronics Co., Ltd.

Guard the server "power core" and strengthen the lifeline of the data center

In the core battlefield of the digital era - data centers, server power supplies act as the "power heart", carrying the mission of providing uninterrupted power supply 24/7, supporting the stable operation of key businesses such as cloud computing, big data, and AI training. If the power supply fails, it may cause the server to restart and data disorder, or even lead to the downtime of the computer room and business interruption, resulting in incalculable economic losses and brand damage. The stability and reliability of server power supplies cannot be achieved without a "thousand trials and hardships" aging test, nor can they be guaranteed without the strong support of professional intelligent equipment - CPET Shenzhen Zhongkongyuan Electronics Co., Ltd., which has been deeply engaged in the field of power electronic testing for over a decade. With its independently developed aging test intelligent equipment, it safeguards the reliability of server power supplies, using technological power to hold the enterprise data lifeline. Many enterprises often fall into the trap of "overemphasizing parameters while neglecting verification" when producing or purchasing server power supplies. They overlook the potential risks of "early failure" of electronic components. According to the classic "bathtub curve" law in the electronics industry, the core components such as electrolytic capacitors, MOSFETs, and ICs in server power supplies will be in an extremely high failure rate early failure period at the beginning of their production due to manufacturing defects, poor soldering, material flaws, etc. If the strict aging tests are skipped, these "operating with faults" power supplies will be put into use. This will not only significantly shorten the lifespan of the servers but also become a "time bomb" for data centers. Therefore, aging tests have become an indispensable key step before the production of server power supplies, and they are also mandatory requirements of industry standards such as GB/T 14715, international certifications such as UL/CE/CCC, and mainstream cloud providers such as Alibaba Cloud and Baidu Cloud Intelligence. As a national-level specialized and innovative "Little Giant" enterprise, CPET Zhongyuan has a deep understanding of the industry pain points in server power supply aging tests. Relying on an 80+ person innovation team, it has developed intelligent aging test equipment suitable for all scenarios of server power supplies. With its self-developed core technologies, it has redefined the reliability verification standards for server power supplies. Unlike the "coarse burning" of traditional equipment, CPET's equipment can precisely simulate extreme conditions in data centers. Through continuous operation under full-load voltage, current, and power conditions, as well as a 60-85℃ high-temperature environment, it forces the early failure of the power supply to be exposed earlier, eliminating substandard products at the source, and ensuring that every tested power supply can smoothly enter a stable operation period with a low failure rate. This significantly improves the MTBF (Mean Time Between Failures) of the power supply. With the rapid development of cloud computing and AI large-scale models, the demand for power supplies of ultra-large power servers has soared. During their operation, they generate a large amount of heat, and they are highly dependent on water cooling systems. Corresponding aging tests also need to be equipped with water cooling functions to accurately verify the reliability of the products. To meet this demand, the CPET Zhongyuan aging test intelligent equipment can fully meet the water cooling testing functions of ultra-large power server power supplies. It is equipped with customized water cooling adapter modules, which can precisely control the water temperature and flow speed during the testing process, perfectly simulating the water cooling cooling conditions of ultra-large power supplies during actual operation, ensuring the authenticity and targeted nature of the aging tests, and comprehensively verifying the long-term stable operation capability of water-cooled ultra-large power server power supplies, filling the gap in the industry for related testing equipment compatibility. To meet the core requirement of the server power supply operating at a high load for 24 hours a day, the CPET equipment achieves multi-dimensional performance verification and provides comprehensive protection for the stability of the power supply. The equipment is equipped with a full-scenario source-load module matrix, in which the programmable feedback DC load can achieve energy recycling, directly reducing the operating cost by 40%; the high-density feedback AC load has an energy feedback rate of 96%, significantly saving the floor space of the factory, and precisely simulating the dynamic sudden load scenarios of the server power supply to meticulously test the stability of the output voltage, ripple, and efficiency. It is also equipped with an intelligent monitoring platform software, which can communicate with the power supply data in real time to capture multiple parameters such as internal voltage, temperature, and fault codes, achieving early warning of defects, full-link interconnection can seamlessly connect with the MES system, supporting multi-end remote control, making aging tests more efficient and accurate, and significantly reducing the cost of manual intervention. For power supply manufacturers, the CPET equipment is not only a powerful tool for quality control, but also a magic solution for cost reduction and efficiency improvement. Traditional aging equipment has high energy consumption, complicated operation, and cannot accurately locate fault hazards. However, the CPET equipment adopts a movable cabinet structure and modular design, which can be freely disassembled and combined, saving 30% of factory space and reducing energy consumption by 25%. At the same time, it realizes the full-process automation of testing, eliminating the need for manual inspection one by one, significantly saving labor costs. It can also automatically generate production capacity and quality analysis data as well as aging test data reports, providing scientific basis for power supply design optimization and process improvement, helping enterprises shorten the new product launch cycle and reduce after-sales repair costs. With over a decade of deep industry experience, CPET Zhongyuan has accumulated 50 invention patents and software copyrights. It has long provided services to leading enterprises in the industry such as Huawei, BYD, Guangbao, Luotongtong, Great Wall, Aohai, and Platinum. The stability of its aging test equipment has withstood the aging tests of billions of products. Moreover, it has been approved as the Engineering Technology Research Center for New Energy Power Electronic Intelligent Detection Technology and Complete Equipment in Guangdong Province, earning authoritative recognition. For server power aging tests, CPET can provide customized solutions, compatible with servers of different power specifications. Whether it's the conventional 24-72 hour batch aging, high-end power supply 1000-hour full-load aging, or the specialized aging test for ultra-large power water-cooled server power supplies, it can precisely adapt and fully meet the diverse testing needs of enterprises. The security of the data center begins with every reliable power supply; the quality of server power supplies stems from each rigorous test. While traditional aging equipment is still undergoing "coarse overclocking", Kyo Yuan in CPET has, based on its core advantages of intelligent automation, green energy conservation, and capacity expansion and land-saving, established a digital intelligent testing system for the entire life cycle of server power supplies. Especially in the specialized adaptation for ultra-large power water-cooled server power supplies, it has further expanded the service scope. Choosing CPET is not only choosing a professional testing instrument, but also choosing a military-grade reliability guarantee, lifelong technical support, and continuous iterative technical services. Maintaining the stability of server power supply is equivalent to safeguarding the security of enterprise operations. CPET Zhongyuan, with its independently developed technologies, rigorous and precise intelligent equipment, and comprehensive high-quality services, helps every enterprise build a robust server power supply defense line, ensuring that each server power supply can withstand the tests of time and operating conditions, injecting lasting impetus for the high-quality development of the digital economy, and jointly embarking on a reliable future with enterprises!

Intelligent equipment for aging tests of energy storage power supplies

On the track where household energy storage power supplies, industrial and commercial energy storage power supplies, portable energy storage power supplies, as well as UPS and EPS products are steadily moving towards "ten-year reliable operation", accelerated aging tests are the core for verifying product lifespan, intercepting early failures, and fulfilling quality commitments. I.Why does the "ten-year agreement" for energy storage power sources necessarily involve accelerated aging tests? Energy storage power supplies are constantly exposed to harsh conditions such as high temperatures, heavy industrial loads, and frequent charging and discharging. There are potential risks such as cell degradation, component aging, and system stability decline, which tend to emerge gradually over time during long-term use. Traditional short-term functional tests can only verify the basic operational capabilities of the product and cannot predict its long-term reliability; while accelerated aging tests precisely simulate extreme environments and extreme working conditions, compressing the natural usage wear and tear over several years or even decades into a few weeks or months, enabling efficient and precise exposure of potential defects in the product and laying a pre-emptive defense line for the long-term stable operation of the product. II. CPET: Three Core Technologies, Establishing an Efficient and Accurate Acceleration Testing System CPET focuses on the testing requirements for energy storage power supplies in all scenarios. It is supported by three core technologies: high-temperature environment simulation, extreme power load, and efficient power feedback. Based on these technologies, it has established an intelligent aging test scheme covering all types of energy storage power supplies, achieving breakthroughs in test accuracy, efficiency, and economy, and perfectly meeting the needs of all stages of research and production. Wide temperature range high-temperature test, precisely replicating extreme application scenarios The equipment supports precise temperature control within the range of 65℃ ± 3℃, and can perfectly replicate various harsh working conditions such as outdoor exposure of energy storage power supplies, high temperatures in industrial and commercial energy storage rooms, and extreme environments of portable energy storage devices. Through high-temperature steady-state and cycling tests, it accelerates the assessment of the thermal stability and aging rate of battery cells, PCB boards, and power devices, effectively preventing performance drift and protection mis-triggering in high-temperature environments, ensuring stable operation of the product within the full temperature range and adapting to diverse application scenarios. 2. Maximum power load test, to comprehensively verify the reliability under all operating conditions To address the core performance issues of energy storage power supplies, comprehensive tests including voltage, current, power limit pressure tests and multi-mode charging and discharging cycle tests are carried out, covering all operational scenarios throughout the product's entire life cycle: ● It can simulate extreme working conditions such as full load, overload, and transient sudden changes, accurately verifying the load-carrying capacity and protection mechanism of the energy storage power supply under peak power, and eliminating the failure risks in extreme conditions. ● Supports custom test programs such as constant current/constant voltage charging and discharging, and pulse charging and discharging. It comprehensively covers all scenarios including daily cycle of household energy storage, heavy-load discharging of industrial and commercial energy storage, and emergency switching of UPS/EPS. It is compatible with different product testing standards. ● The testing accuracy has reached the industry-leading level. The voltage/current measurement error is ≤ ±0.1%, ensuring the accuracy and reliability of the data used for product lifespan prediction and performance assessment, and providing a solid scientific basis for research and development optimization as well as quality control. 3. Efficient power feedback, achieving green testing, cost reduction and efficiency improvement Unlike the severe energy waste in traditional resistance-based load testing, the intelligent equipment for CPET energy storage power supply aging test adopts advanced power energy feedback technology, efficiently recovering the electricity generated during discharge back to the power grid. Compared with traditional testing methods, the comprehensive energy consumption is reduced by more than 80%, significantly reducing the long-term testing costs of enterprises; at the same time, the equipment supports continuous and stable operation 24/7, meeting the large-scale aging testing requirements of production lines, and balancing green environmental protection and production efficiency, deeply aligning with the green development concept of the energy storage industry. III. Comprehensive category coverage + intelligent control, suitable for diverse testing requirements The intelligent equipment for aging tests of CPET energy storage power supplies comprehensively covers all types of products such as household energy storage power supplies, portable energy storage power supplies, industrial and commercial energy storage power supplies, UPS, EPS, etc. It adopts a multi-channel and modular design, and can flexibly customize the number of workstations and test schemes according to the production line scale and testing requirements of customers, suitable for different scenarios such as R&D samples, small batch verification, and large-scale production. The system is equipped with an intelligent control system, enabling the entire testing process to be automated, significantly reducing the cost of manual intervention. ● One-click setting of test parameters, automatic execution of charge-discharge cycles, real-time monitoring of core data such as temperature, input and output voltage/current, and achieving full-process visual control. ● It has the functions of abnormal automatic warning and precise fault location. It can quickly identify potential problems such as internal resistance abnormalities and pre-warning signs of thermal runaway, and intercept non-compliant products in advance. ● Automatically generate standardized test reports, fully presenting core indicators such as cycle life, thermal stability, and load capacity. It can directly connect with the R&D optimization and quality certification processes, significantly improving work efficiency. IV. Headquarter customers jointly select, witnessing the quality and strength  With its leading technological advantages, stable equipment performance and excellent service reputation, CPET Zhongyuan has become a long-term strategic partner of industry leaders such as Oulintong, Zhenghao Innovation, Anke Innovation, Green Link, Tianbao, Lanwei, and Maoshuo. From the life verification and performance optimization during the R&D stage, to the 100% aging quality control during the production stage, CPET Zhongyuan helps its partners reduce the failure rate of their products by over 70%, and shortens the certification cycle by 30%. With its cutting-edge technological strength, CPET Zhongyuan supports leading brands in fulfilling the "ten-year quality commitment". Summary   The "ten-year promise" of energy storage power sources is not just a slogan; it is the cumulative result of every precise test, every set of data verification, and every technical refinement. The CPET energy storage power source aging test intelligent equipment, with its scientifically efficient accelerated testing method, builds a full life cycle quality defense line for energy storage power sources, helping customers win market trust with reliable products, and jointly promoting the energy storage industry to develop in a more secure, stable, long-lasting, and green direction with high-quality growth.

The working principle of the intelligent equipment for aging test of the CPET vehicle power supply assembly

The on-board power assembly is the core "energy hub" of an electric vehicle, integrating three key components: the on-board charger (OBC), the DC/DC converter, and the high-voltage distribution box (PDU). It can be designed as an independent unit or a two-in-one/three-in-one/multi-in-one integrated unit according to application requirements. As the core module of the vehicle's "electronic control assembly", it undertakes the core functions of electric energy conversion, transmission, and management between the external power grid and the battery power supply, the high-voltage system and the low-voltage system. It directly determines the charging speed, power efficiency, and operational stability of the electric vehicle. Product reliability is also an important guarantee for the safety and core performance of the entire vehicle. Therefore, conducting accelerated durability and lifespan tests on the on-board power assembly during the finished product stage is a key section for product quality verification, and professional aging testing equipment is the core technical support for this process.   The CPET new energy vehicle power supply assembly temperature control liquid cooling integrated aging test intelligent equipment is specially developed and designed for vehicle power supply assemblies (three-in-one/multi-in-one). It can conduct long-term aging, reliability verification, thermal management matching, and extreme condition simulation tests. It precisely resolves the industry pain points of traditional air-cooling aging equipment, such as uneven temperature distribution, low temperature control accuracy, insufficient heat dissipation capacity, and inability to replicate the actual vehicle liquid cooling conditions. It provides professional and efficient testing solutions for improving the reliability of vehicle power supply assembly products.   This equipment simulates, accelerates and strengthens the electrical, thermal, mechanical and environmental combined stresses that the on-board power assembly may encounter during actual use. It can expose the potential design flaws, performance degradation patterns and failure modes of the product in a much shorter period of time than the actual product lifespan. This provides scientific and precise experimental data basis for product design optimization, process improvement and reliability enhancement. The equipment adopts the core working logic of "maximum power pressure loading + liquid cooling temperature control cycle + ultra-high temperature ambient temperature control + multi-parameter full-dimensional monitoring + intelligent closed-loop collaborative control" to accurately replicate the real working scenarios of the on-board power assembly. The core working principle is as follows: When the tested on-board power assembly operates continuously under full power or variable power conditions, the internal OBC, DC/DC power components, inductors, capacitors and other core components will generate a large amount of heat loss. The equipment uses a dedicated liquid cooling circuit to precisely deliver the coolant to the internal flow channels of the power assembly, forcing the heat generated to be discharged, and through precise temperature control technology, stabilizes the temperature of the core components at the set range of 85℃ to 125℃.   At the same time, the system simultaneously collects key parameters such as temperature, flow rate, pressure, voltage, current, efficiency, insulation, etc. from all dimensions, and feeds them back to the central control unit in real time. It dynamically adjusts the cooling efficiency of the liquid cooling system and the intensity of power loading, establishing a "thermal-electric-fluid" multi-closed-loop collaborative control system. It precisely simulates extreme working conditions such as high and low temperature cycles, thermal shock, continuous full load, and start-stop shock of the entire vehicle, achieving efficient acceleration of the product aging process and precise exposure of early failure issues.   To achieve high-precision replication of the actual temperature conditions of the entire vehicle, the equipment is equipped with two core temperature control units: the liquid cooling temperature control circulation system and the ambient temperature control circulation system. It integrates the classic PID control algorithm and the AI intelligent algorithm to construct the temperature control logic. It can flexibly adjust according to the testing requirements and efficiently reproduce the temperature environment of the vehicle power supply assembly in the actual operation of the entire vehicle, ensuring the authenticity and accuracy of the testing scenario.   The equipment is equipped with a complete extreme power pressure loading system, which can fully replicate the actual power environment of the product's operation: The AC input end can provide 220V/380V three-phase/single-phase AC power supply, accurately simulating the actual input scenarios of household sockets and public AC charging piles, supporting ±20% voltage fluctuation, frequency fluctuation and harmonic injection, and capable of reproducing abnormal working conditions such as unstable grid voltage and harmonic interference; The DC high-voltage end can output a 300V~1200V high-voltage DC source, accurately simulating different working states of power batteries such as full charge, depleted charge, and dynamic voltage, supporting voltage step changes and ripple superimposition, and covering all kinds of power working scenarios of the vehicle power system during vehicle operation.   At the same time, the equipment is equipped with a high-performance multi-parameter monitoring and data acquisition system, which enables precise capture, efficient storage and intelligent management of all-dimensional data during the testing process. It can complete the detection and precise control of ambient temperature, as well as the detection of flow, pressure, liquid level, medium temperature and leakage status of the liquid path system, high-precision detection of electrical parameters such as voltage, current, power, insulation resistance, leakage current, etc., and full-dimensional detection of product functions including OBC charging status, DC/DC output voltage stabilization performance, PDU on-off and protection functions, CAN/LIN communication status, and fault code reading. The system supports high-speed data acquisition with customizable sampling frequency, enabling local secure storage of aging test data, and also supports seamless connection with the enterprise MES system for data cloud upload. It has functions such as viewing of test history curves, automatic generation of aging test reports, and intelligent analysis of product failure modes, providing comprehensive and precise data support for product design optimization and process improvement.   Intelligent control and all-scenario security protection are the core competitive advantages of this device: The system adopts a highly stable architecture of industrial PLC + upper computer software, is equipped with professional aging test software for computer monitoring, supports users to customize the aging test process, can flexibly set key parameters such as aging duration, power curve, temperature curve, and cycle times, and realizes the automatic and intelligent multi-closed-loop collaborative control of the "power loading → heat generation → liquid cooling cooling → temperature feedback → dynamic adjustment of loading/cooling" test process flow.   In terms of safety protection, the system adopts a comprehensive scenario-enhanced design. It can respond quickly within milliseconds and trigger emergency shutdown protection for various abnormal situations that may occur during the equipment operation, such as overheating, overvoltage, overcurrent, undervoltage, leakage in the liquid path, insulation failure, etc., ensuring the safety of the testing equipment and the tested products. At the same time, the equipment supports multiple industrial communication methods such as CAN3.0, CANFD, RS485, and TCP/IP, enabling remote real-time monitoring of the testing process and full-process traceability of the test data, significantly improving the efficiency and operational convenience of aging tests. In summary, the CPET Zhongyuan New Energy Vehicle Power Supply Assembly Temperature Control Liquid Cooling Integrated Aging Test Intelligent Equipment is essentially a professional reliability verification platform for vehicle power supply assemblies, integrating time acceleration and pressure simulation. It achieves "short-term advance" of product service life in the laboratory environment through precise multi-physical field coupling control and accelerated stress technology. It compresses the risks of vehicle power supply assembly usage on the road for months or even years into a few days, enabling early detection and resolution, providing crucial engineering technical support for enhancing the reliability and safety of new energy electric vehicles. At the same time, it also provides core technical support for the rapid iterative upgrade and continuous quality improvement of vehicle power supply assembly products.

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.

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.

The core component of the inverter aging test equipment 4

四,The interface of the tested product and the switching unit (the core actuator) Achieve multi-machine parallelism, high efficiency and reliability, as well as batch testing. ●  Testing fixtures and special jigs:Realize rapid, reliable and consistent wiring for the inverter, with features of error prevention and safety protection. ●  Automatic switching matrix:By using the AC/DC switching matrix, multiple tested inverters can be flexibly allocated with the power supply, load and measurement equipment, significantly enhancing the utilization rate of the equipment. ●  Communication and Protocol Adaptation Module:It communicates with the inverter through interfaces such as CAN, RS485, Ethernet, CANFD, etc., to read internal operation data and fault codes, and supports the issuance of control instructions such as remote start/stop and power setting.

The core component of the inverter aging test equipment 3

三,Data collection and monitoring unit (core perception and control center) Real-time monitoring, recording and analysis of the performance parameters throughout the aging process of the inverter are carried out, enabling traceability of tests and data. ●  Data acquisition system    Electric energy parameter measurement: Collect key indicators such as input and output voltages, currents, powers, and conversion efficiencies on both the AC and DC sides. ●  Top-level computer monitoring management system Support custom test procedures: The power rise, steady-state aging, temperature cycling, load shock and other automated sequences can be edited. Real-time graphical monitoring, featuring limit-exceeding sound and light alarms and event recording functions. Long-term data storage, generation of trend curves and test reports, support for fault tracing and statistical analysis reports. Unified and coordinated control is implemented for the interaction and operation of sub-equipment such as AC and DC power sources, loads, and high-temperature environments.

The core component of the inverter aging test equipment 2

二,Load and Operating Condition Simulation Unit (Core Test Execution Module) Simulate the actual operating load and environmental stress of the inverter to accelerate the aging verification process. ●  Programmable AC electronic load / RLC load:Simulate the electrical equipment characteristics, support custom power factor (inductive/capacitive), and verify the inverter's load-carrying capacity. ●  Dynamic load:Achieve stepwise load switching from 0% to 50% to 100%, and test the dynamic response speed and operational stability of the inverter. ●  Environmental Simulation System:Achieve accelerated aging conditions ranging from 65°C to 85°C, accelerate the aging of key components such as capacitors, fans, and magnetic elements, and quickly expose faults related to thermal stress. ●  Ventilation circulation:Centrifugal fan + duct system ensures uniform temperature and removes the heat generated by the products.