Shenzhen CPET Electronics Co., Ltd.

What does an burn in test chamber consist of ？

1.burn in test chamber The control cabinet is the "brain" of the entire intelligent burn-in test system, which can control the operation of the entire system. Generally, one control cabinet can control several burn-in cabinets, with built-in components such as input general power distribution, computer, monitor, mouse, keyboard, smoke sensor, emergency stop, indicator light and so on. If it is necessary to provide a burn-in test system with different input AC voltages, it can also be equipped with a multi-tap transformer; If a burn-in test system with programmable input DC voltage is required, a programmable DC power supply system can also be installed internally. 2.Burn-in cabinet Burn-in cabinet is the "trunk" of the entire intelligent aging test system. It has built-in thermostatic control device, programmable load, product interface board, smoke sensor, emergency stop, indicator light and other components. The general design is divided into two areas: product area and load area. The product area mainly provides editable high temperature environment for burn-in test products, products are placed on the table and product interface; The load area houses the programmable load, control board,auxiliary power supply, and other operating support components.In some application fields, cabinet can be divided into load cabinet or power cabinet, product cabinet or trolley form, one is to better use the floor space, the other is flexible to meet the manufacturing needs of customers.   3.Water temperature tank,Air cabinet In some applications where products require water cooling units, CPET can also provide customers with water temperature tanks. The water temperature tank provides the system with programmable temperature of the liquid heat cycle medium, instead of the air heat cycle medium. The water temperature cabinet can communicate with the upper computer software to set and monitor the water temperature, flow rate and pressure.

CPET has won the "Outstanding Award for Energy Storage Application" from SNEC, leading the transformation of intelligent

On June 13, 2025, at the "Top Ten Highlights" selection and award ceremony of the 18th SNEC International Solar Photovoltaic and Smart Energy Conference and Exhibition held at the National Exhibition and Convention Center (Shanghai), Shenzhen CPET Electronics Co., Ltd. demonstrated its profound accumulation, professional spirit and outstanding innovation in the fields of energy storage and new energy Winning the "Outstanding Award for Energy Storage Application", it has emerged as a leader in the global energy transition wave. As a leading player in the field of aging testing systems for energy storage and new energy products, CPET has long been dedicated to research and development, manufacturing, sales and service, and has a deep understanding of the pain points in the industry. In the current era of rapid development in the energy storage and new energy industries, in the face of the contradiction between the accelerated iteration of new products and the efficiency and quality assurance of production and manufacturing, CPET has timely launched a unit modular automated intelligent manufacturing equipment system solution. With professional energy feedback technology, it achieves an 80% energy-saving effect, and the fully automatic operation mode increases production efficiency by 50%. It provides strong support for the digital, safe and efficient, green and energy-saving transformation of intelligent manufacturing in the industry. CPET's business coverage is extensive, providing intelligent aging test solutions for multiple fields such as household energy storage, commercial energy storage, large-scale energy storage, photovoltaic inverters, and charging piles. It also offers battery charge and discharge test solutions for power battery packs and other components in the energy storage sector. Its independently developed core products such as photovoltaic analog DC power supplies and high-voltage bidirectional source-load modules adopt industry-leading technologies like digital control, soft switching, and inverter feedback. They constantly innovate and practice the concept of "green and low-carbon, energy conservation and emission reduction", meeting the demands of the new energy intelligent aging test system for high efficiency, intelligence and reliability. In terms of market application, CPET products are widely used in the research and development, design, production and testing of power electronic products, serving multiple industries such as energy storage, photovoltaic and electric vehicles, and have accumulated rich project experience. With its outstanding product performance and service quality, CPET has won high recognition from over 4,000 excellent enterprises such as Huawei, BYD, Lite-On, Philips, Samsung and Panasonic, and has established an extremely high brand awareness in both domestic and international markets. Technological innovation has always been the driving force for the development of CPET. The company focuses on the research and development of core technologies in the industry and holds over 50 invention patents and software Copyrights. It has successively been awarded titles such as Shenzhen Double-Soft Enterprise, Shenzhen Excellent Software Enterprise, Shenzhen High-tech Enterprise, and National High-tech Enterprise, and has been selected as a national "Little Giant" enterprise specializing in niche markets. These honors are not only an acknowledgement of CPET's technological strength, but also the driving force for its continuous innovation. The "Top Ten Highlights" selection event aims to honor enterprises, products and technologies with innovative value within the industry. At this exhibition where renowned domestic and international enterprises gathered and industry talents gathered, CPET received this honor, which is a high recognition of its consistent innovation and hard work over the past decade or so, and also the earnest expectations of the industry and partners for its future development. CPET stated that it will continue to be committed to the development of energy storage and new energy industries, driven by technological innovation, and contribute to building a sustainable world. With the accelerated advancement of the global energy transition, CPET will leverage its leading technologies and rich experience in energy storage and new energy testing to continuously enhance the quality of its products and services. It will join hands with industry partners to jointly promote the high-quality development of the new energy industry and contribute to the sustainable transformation of global energy.

Power automatic test system software ATS1

1. Support electrical characteristic testing and timing testing of power input and output. 2. It is equipped with a variety of built-in power test items for users to freely choose from, such as output static test, dynamic test, OCP test, OPP test, input rated power test, input standby power test, output ripple test, etc., making it easier to add complex test items. 3. Freely definable test processes, allowing for different test processes to be defined for different products. 4. Support customization of non-standard test items. 5. Graphical test interface, supporting one-click start/stop of tests. 6. The test results are automatically saved to the database. 7. Integrated test result search and analysis functions, including barcode search, model search, time range search, and SPC statistical analysis can be conducted.

CPET Power aging monitoring system software BIS7

It is applied to the production aging process of power supplies and is suitable for all power supply aging equipment in CPET production. 1.The visual aging parameter setting interface includes load mode, load value, product specification range, aging temperature and other Settings. The set values can be saved in file form, and users can import them with one click to start aging immediately. 2. Real-time load status monitoring, graphical product PASS/FAIL judgment display, can monitor the input and output working status of each product, including output current, output voltage, input voltage, input current, input power, power factor, efficiency and other electrical parameters. 3. Programmable aging timing, including input ON/OFF switch timing, input voltage selection timing, etc. 4. The entire aging process data is automatically recorded. 5. The input and output characteristic curves of the product can be viewed in real time. 6. It integrates data recording, analysis and statistics functions. Historical data records can be searched based on product barcodes or models, etc., and has functions such as generating P control charts and calculating Cpk.

How does an aging cabinet conduct aging tests

1.The aging cabinet adopts a closed design and is equipped with fans and exhaust ports, which can control the environmental temperature for aging tests. The interior is a multi-layer pull-out platform, which facilitates the loading and unloading of products. The adapter board on the rack provides various interfaces required for product aging tests, including input power, input electrical signals, input loads, and monitoring of product output signals, etc. They are respectively connected to the control cabinet, signal generator, and load through wires. 2. The control cabinet is mainly used to control the power-on and power-off of products. The input power of each product in the system is independently controlled. When a certain product malfunctions, the system will cut off its input power. The operator can safely move it away while the system is working instead of waiting until the aging test is completed, which improves production efficiency. In addition, the control box can also switch the output signal of the product to the monitoring instrument for measurement. The monitoring test software will determine whether the product is working properly based on the measurement data. 3. The monitoring instrument adopts NI data acquisition cards, mainly to measure the output signals of the products. Fast measurement speed is its advantage, and at the same time, its high cost performance can also save costs for enterprises. 4. Industrial computers are mainly equipped with monitoring test software and NI data acquisition cards.

What's the difference between intelligent burn-in test system and the aging test

In fact, burn-in test using the same device as the aging test, but it's called differently in various places. As shown in the picture Then what about the aging test system? burn-in test system provides programmable input electrical parameters, output electrical parameters, environmental parameters, working mode and test timing sequence for the tested products. It collects the running data of the products  in real time during the burn-in process for status detection and judgment, and carries out data statistics, analysis and comparison after burn-in. As far as I know, there is a professional manufacturer of aging test systems in China, which seems to be called Zhongkeyuan Electronics Co., LTD. (CPET). CPET intelligent burn-in test system innovative use of portable cabinet structure, convenient for customers flexible layout, relocation and movement. Generally, there are two parts: control cabinet and burn-in cabinet. For the burn-in of some liquid cooling  products, it is also necessary to provide temperature cabinet, air cabinet and other constant temperature heat dissipation devices. In some areas with high power or large volume of burn-in products, burn-in cabinets can be decomposed into load cabinets or power cabinets, product cabinets or carts in order to effectively use the floor space.

Why do aging tests need to be conducted

Most of the products just coming out of the production line have the complete functions they were designed with and can be put into use directly. But why do they still need to undergo aging tests? Product quality theory tells us that most product malfunctions occur in the early and late stages. The late stage is when the product reaches its normal lifespan and cannot be controlled. However, the early stage can be controlled within the factory gate. That is, before the product is delivered to the user, sufficient aging tests should be conducted to nip problems in the bud within the factory. This is what regular manufacturers do. However, counterfeit factories usually do not conduct aging tests, or rather, they hand over the work of aging tests to users. Therefore, we still often purchase some products that break down shortly after receiving them. In fact, this is the result of failing the aging tests. Since users claim part of the work from counterfeit factories, counterfeit products are usually much cheaper in a sense. Of course, users with good luck sometimes purchase counterfeit products that can be used for a very long time. The product quality theory states as follows: If a product can work continuously for a day without failure, it is very likely to work continuously for a year without failure. So if you buy a product and use it for several consecutive days without breaking down, it may follow you for many years. In fact, this is the result that the aging test has passed. In fact, the difference between legitimate manufacturers and counterfeit ones is not that significant. It's just a little bit: whether there is an "aging test" for the product and how long it lasts. Aging test generally refers to the continuous and long-term full-load operation of the power supply. How long is this "last for a long time"? Generally, it is 24 hours or 48 hours. Of course, it can also be 1 hour or 0 hours, depending on the pursuit of quality and the requirements of cost. Aging testing equipment, also known as "roasting machine" or "burning machine", means to test it harshly or "try to burn it". Only those products that have survived after being tortured to great extent are considered high-quality products.Only products that have undergone aging tests can truly be regarded as complete products. Aging tests are actually the final process of a product. Enterprises that attach great importance to credibility and quality will conduct product aging tests. Only products that have passed the aging tests will be trusted by enterprises to be handed over to customers.

The development history of aging testing equipment

For the first-generation aging equipment of resistive aging loads, the second-generation aging equipment emerged, namely the simple adjustable electronic load. Although its cost is much higher than that of the first-generation products, it can adjust the load current according to the product specifications, overcoming the pain of needing to replace the corresponding resistor when changing the product lines. At the same time, to a certain extent, it has also improved the accuracy and efficiency of aging. The second-generation load overcomes the first three shortcomings of the first-generation load, but the latter four remain prominent and fail to meet the demands of modern production processes. Although there are many standard test electronic load instruments on the market that can fully meet the aging requirements in terms of performance and functions, these instruments are usually expensive, bulky, and mainly designed for testing purposes in research and development, engineering, production, etc., making it difficult to achieve a system networking of hundreds of channels for large-scale aging. Combining the advantages and disadvantages of the standard electronic load and the previous two generations of aging loads, an optimized design was carried out specifically for the requirements of power supply aging testing. A high-performance MCU (microprocessor) was adopted as the core of the control unit, and an intelligent electronic load module for aging testing and a power supply aging testing system that centrally manages a group of such electronic modules were designed. The aging load belonging to the third generation. Its advantages are as follows: 1. The same module has up to three selectable modes: CC, CV, and LED, and is compatible with multiple products. 2. Within the specification range of the same module, the voltage/current values can be set arbitrarily to precisely match the product specifications. 3. The load mode and parameter Settings are flexible and quick. They can be set globally, or by region or layer. 4. Real-time monitoring of product aging parameters, automatic screening of abnormal products and alarm, and precise location of defective products. 5. It has a wide load setting range, high loading accuracy, and can adapt to various specifications of power supply products. 6. It can record and trace the electrical performance of all tested products, facilitating quality analysis. 7. Centralized computer monitoring and management can effectively supervise the quality of the aging process. 8. It can automatically generate aging reports, facilitating quality analysis and assessment by engineering personnel. 9. The system is easy to operate. One person can manage multiple aging areas, saving labor costs. 10. Modular structure design for convenient system maintenance. The above-mentioned are all energy-consuming aging electronic loads. There is also an energy feedback aging solution. Compared with the energy-consuming type, the most prominent feature of the energy feedback type is energy conservation and environmental protection, and the benefit it brings to users is electricity bill savings. However, due to the characteristics of their own solutions and the limitations of current technologies, energy feedback type aging systems usually only have two modes, CC/CV, and the input voltage range is relatively narrow. They are only suitable for the aging of medium and high-power adapters, industrial power supplies, communication power supplies, high-power chargers, and street lamp power supplies, etc. For the common LED driver power supplies on the market, they cannot be well compatible, mainly due to the following reasons: Firstly, due to cost constraints, LED driver power supplies are usually simple constant current sources with relatively large output ripple. If the response speed or bandwidth of the load is insufficient, it is very likely to cause oscillation between the power supply and the load. In mild cases, the voltage or current under load may be inaccurate; in severe cases, the product under test may be burned out. Secondly, the characteristics of the LED driver power supply protection circuit are required to be too high. Aging loads without LED mode generally cannot be loaded normally. For loads without LED mode, if CV mode is used to replace or simulate LED mode, overshoot is very likely to occur at the moment of loading. If the driver power supply protection is too sensitive, it will lead to the inability to load normally. If the protection action is slow, it is easy to drive the power supply of the beaker due to overshoot. Similarly, if the load bandwidth is insufficient and the response speed is too slow, the power supply is prone to overvoltage protection (OVP). The LED mode of energy-consuming aging loads performs well in these aspects. With the continuous advancement of technology, these problems of energy-fed aging loads will surely be gradually improved and eventually resolved, and aging equipment will definitely develop in the directions of energy conservation, intelligence and automation.