One-Stop Preferred Solution for Power Supply Burn-In Test Equipment

Adaptable to 8 Major Fields

The core value of power supply burn-in test equipment lies in its precise matching of the operating characteristics and testing requirements of different industries. Facing the differentiated demands of consumer electronics, industrial control, new energy, medical treatment, aerospace and other sectors, the one-stop preferred solution for power supply burn-in test equipment is built around modular architecture + full-scenario adaptation + standardized compliance. It covers the entire process from R&D verification to mass production quality inspection, eliminating the need to purchase separate equipment for different fields, greatly reducing enterprise investment costs and operation and maintenance complexity, and providing efficient solutions for power supply quality assurance across all industries.

High-reliability power supply burn-in test equipment serves as a core tool to ensure stable performance, qualified service life and compliant launch of power supply products, especially industrial-grade, automotive-grade and aerospace-grade power supplies. Its application covers the whole process of power supply R&D, mass production and quality inspection, and must be implemented accurately according to power supply type, working condition requirements and industry standards. This guide breaks down the equipment application logic from four dimensions: application scenario adaptation, core selection points, standard operation procedures and daily maintenance, helping enterprises maximize equipment value and build a solid line of defense for power supply quality.

The solution accurately covers 8 core fields, targeting testing pain points in each scenario to achieve full-category power supply adaptation.

Consumer Electronics: Adapted to small power supplies such as phone chargers and laptop adapters. Equipped with multi-channel parallel testing modules, it supports 10,000 times of plug-in aging and temperature rise control (case temperature ≤ 60℃), balancing testing efficiency and accuracy while meeting IEC 60950 and other industry standards.

New Energy Automotive: Focused on OBC, DC-DC converters and other components. Integrated with wide temperature range (-40℃ to 85℃), multi-axis vibration simulation and high-voltage insulation protection (≥10kV), it reproduces extreme working conditions such as fast charging and high-low voltage switching to strengthen overall vehicle safety.

New Energy Energy Storage / PV: Adapted to PV inverters and energy storage system power supplies. Supports high-altitude (5000m low-voltage startup) and wide-temperature testing, with energy feedback function to meet high-power consumption and long-cycle testing requirements.

Industrial Control: Designed for PLC power supplies and servo driver power supplies. Enhanced with anti-electromagnetic interference capability (ESD±8kV, EFT±2kV) and overload protection, it simulates strong interference in workshop environments and supports long-term full-load operation to ensure stable industrial control systems.

Medical Equipment: Adapted to power supplies for monitors and imaging equipment. Strictly controls leakage current (patient auxiliary current ≤100μA) and insulation strength (withstand voltage ≥3000VAC/1min between input and output), complying with medical device safety certification requirements.

Aerospace: Equipped with extreme environment simulation modules such as vacuum, low temperature and high impact. Supports 400Hz special frequency testing to meet the strict reliability verification standards of spacecraft power supplies and avoid risks in aerospace missions.

5G Communication: Adapted to base station power supplies and communication module power supplies. Supports dynamic load sudden changes and 24-hour uninterrupted burn-in testing to ensure continuous and stable operation of base stations in complex power grid environments.

Export Electronics: Integrated with global power grid simulation, realizing 0–520V wide voltage regulation and 45–65Hz adjustable frequency, accurately matching standards of multiple countries such as 110V/60Hz in Europe and America and 100V/50Hz in Japan. It helps products pass international certifications such as IEC, UL and CE, smoothing the path to overseas markets.

The adaptive design for all eight fields is based on a unified modular platform. Cross-field testing can be realized by replacing fixtures and switching software modules, truly achieving one equipment covering all scenarios.

The core advantages of the one-stop solution lie in modular integration + full-process empowerment.At the hardware level, it adopts an expandable architecture with a power range from 3.3kW to megawatt level, compatible with silicon-based and wide-bandgap semiconductor power supplies. Equipped with liquid cooling / air cooling dual heat dissipation systems, it adapts to testing requirements of different power levels. Core components are selected from well-known brands, with protection grade up to IP54 or above, ensuring stable operation in harsh environments.At the software level, it has built-in exclusive testing programs and standard parameter libraries for eight major fields, supporting one-click switching of testing scenarios. Integrated with AI data analysis and remote monitoring functions, it can predict power supply life and automatically generate compliance reports. It also connects with the MES system to realize data traceability and intelligent management in mass production, meeting the needs of R&D, mass production and quality inspection.

The solution also balances safety and economy. It features multiple interlock mechanisms including high-voltage leakage detection, over-temperature alarm and short-circuit protection, with enhanced safety protection for high-voltage, medical and other special fields to ensure personnel and equipment safety.The application of energy feedback technology increases comprehensive energy efficiency to over 92%, significantly reducing energy costs in high-power testing scenarios. Modular design reduces equipment idle rate, and combined with full-life-cycle maintenance services, it further compresses enterprise operation and maintenance costs. Whether for small and medium-sized enterprises with multi-category testing needs or large enterprises with large-scale mass production testing, the solution enables on-demand configuration and efficient adaptation.

As power supplies in various fields upgrade toward higher voltage and intelligence, the one-stop solution will continue to iterate and optimize. For wide-bandgap semiconductor power supplies, it will strengthen high-frequency response and insulation protection design. Integrated with digital twin technology, it will achieve accurate simulation of testing conditions. It will expand exclusive functions for more segmented scenarios and continuously improve adaptability across the eight major fields.This solution not only provides enterprises with cost-effective testing equipment options, but also helps enterprises improve product reliability and compliance through full-scenario adaptation and full-process empowerment, building core advantages in differentiated competition