New Energy Solutions
Temperature-controlled 380Vac Burn-in Test Chamber with RS485 Communication for Power Supply Aging
Burn-in Test Of Temperature-controlled EC Fan Drive Module Performance parameters Skills requirement Burn-in cabinet size(mm) L2200*W1200*H2050 Rated working voltage 380Vac Rated frequency 50Hz Rated working current 8.3A Power frequency withstand voltage for 1 minute 2000Vac AC input specifications 460Vac/8.3A AC output specifications 364Vac/8.35Amax Master switch 4way 100A Input switch 24way 16A Output switch 24way 16A IP rating IP20 Noise
High Temperature Burn-in Test Of BMS Board Of New Energy Four-wheel Electric Vehicles Motor Controller
High Temperature Burn-in Test Of BMS Board Of New Energy Four-wheel Electric Vehicles Motor Controller The test parameters are set according to the product parameters Performance parameters Skills requirement Burn-in cabinet size(mm) L1600*W1100*H1600 Rated working voltage 380Vac Rated insulation voltage 690Vac Rated frequency 50Hz Rated working current 32A Power frequency withstand voltage for 1 minute 2500Vac UUT input specifications 12VDC/5Amax*36passageway UUT output
Typical Burn-in Test System Of Household Photovoltaic Storage And Grid-connected Integrated Unit
Typical Burn-in Test System Of Household Photovoltaic Storage And Grid-connected Integrated Unit Performance parameters System System structure 1 control cabinet + 2 burn-in cabinets Overall size 5100*1500*2050mm Total floor area 5100*2500mm(Including operation area) Total input voltage Three-phase five-wire system 220Vac (rated) Total input current 60A Total input power 25kW Application ambient temperature 0-40℃ Application environment humidity 0-95% Fire protection
300A Total Input Current 160kW Total Input Power Burn-in Test System with 9 Bits/Cabinet for Small String Inverters
Typical Burn-in Test System For Small String Inverters Performance parameters System System structure 1 control cabinet + 2 burn-in cabinets Overall size 5100*1500*2050mm Total floor area 5100*2500mm(Including operation area) Total input voltage Three-phase five-wire system 220Vac (rated) Total input current 300A Total input power 160kW Application ambient temperature 0-40℃ Application environment humidity 0-95% Fire protection requirements Materials meet UL 94V0 rating
Lithium Battery Burn-in Test Equipment with Three-phase 380V/68A Power 6-layer Product Area and Real-time Monitoring
Notebook Lithium Battery Charging And Discharging burning-in Test Equipment Scope of Application This specialized equipment is engineered for comprehensive lithium battery module burn-in testing systems, providing reliable performance validation for electric vehicle applications. Performance Parameters Parameter Specification Requirements Burn-in Cabinet Size L2600 * W1320 * H1980 (mm) Distribution Cabinet Size L600 * W1320 * H1980 (mm) Electrical Design Incoming line: three
New Energy Vehicle Electric Drive Controller Burn-in Tester with 320kW Input Power, 16 Bits/Cabinet, and UL 94V0 Fire Protection
New Energy Vehicle Electric Drive Controller (MCU) Typical Burn-in Tester Advanced burn-in testing system designed specifically for New Energy Vehicle Electric Drive Controllers (MCU), ensuring reliability and performance validation through comprehensive environmental and electrical testing. System Configuration & Specifications Category Project Content System System structure 1 control cabinet + 2 aging cabinets + 1 water temperature cabinet Overall size 6900*1600*2050mm
35kW Total Input Power Burn-in Test System with 16 Bits/Cabinet and UL 94V0 Fire Protection for New Energy Vehicle Power Supply
Typical Burn-in Test System For New Energy Vehicle Power Supply Assembly OBC Comprehensive burn-in testing solution designed specifically for On-Board Charger (OBC) power supply assemblies in new energy vehicles, ensuring reliability and performance under various operating conditions. System Performance Parameters Category Project Content System System structure 1 control cabinet + 2 aging cabinets + 1 water temperature cabinet Overall size 6900*1600*2050mm Total floor area
New Energy Automobile BMS Controller Board Burn-in Test Equipment with 48 BMS Controllers Capacity and Energy Recovery Module
New Energy Automobile BMS Controller Board Burn-in Test Equipment Advanced burn-in test equipment designed specifically for new energy automobile BMS controller boards, ensuring reliability and performance through comprehensive testing protocols. Key Features Software-controlled load parameter settings with real-time monitoring of voltage, current, and power parameters Parallel channels in CC load mode for product power expansion capability Built-in automatic protection with
Motor Control Unit Burn In Test Equipment with 150-1000Vdc Range 20kW per Bit and 16 Bits per Cabinet
Automotive Electronics Motor Control Unit Motor Controller Burn-In Test Equipment Performance Parameters System System structure: 1 control cabinet + 2 aging cabinets + 1 water temperature cabinet Overall size 6900*1600*2050mm Total floor area 6900*2500mm (Including operation area) Total input voltage Three-phase five-wire system 220Vac (rated) Total input current 250A Total input power 150kW Application ambient temperature 0-40℃ Application environment humidity 0-95% Fire
Battery Module Burn-in Equipment with Three-phase 380V/68A Power, 6 Layers Product Area, and Temperature Control (10℃~60℃) for Electric Vehicle Lithium Battery Aging
Battery Module Burn-in Equipment, Electric Vehicle Lithium Battery Aging Cabinet Advanced burn-in testing system designed specifically for lithium battery modules used in electric vehicles, ensuring reliability and performance through comprehensive aging tests. Scope of Application This specialized equipment is engineered for comprehensive lithium battery module burn-in testing systems, providing reliable performance validation for electric vehicle applications. Performance
BMS Module Aging Test Cabinet with 36 Aging Quantity 6 Layers Hierarchical Control and 50 ℃ ~ 85 ℃ Temperature Range
New Energy Pure Electric Vehicle BMS Module Aging Test Experimental Cabinet Performance Parameters Skills Requirement Specification Burn-in cabinet size L1600*W1100*H1600 (mm) Rated working voltage 380Vac Rated insulation voltage 690Vac Rated frequency 50Hz Rated working current 32A Power frequency withstand voltage for 1 minute 2500Vac UUT input specifications 12VDC/5Amax*36passageway UUT output specifications Static burn-in without load Number of burn-in stations 36 (6
Maximum Power Point Tracking Solar Controller Burn-In Test Equipment with RS485 Communication and 10-120V /200A /20KW DC Power Modules in L2050*W1250*H2050mm Cabinet
Maximum Power Point Tracking Solar Controller Burn-In Test Equipment Factory Professional burn-in test equipment designed for solar controllers with maximum power point tracking (MPPT) technology, ensuring product reliability and performance. Performance Parameters Burn-in Cabinet Structure Specifications Trolley size (mm) L2050 * W1250 * H2050mm (size of a single Burn-in cabinet) Number of trolley layers 4 layers, product area depth 400mm (6 Burn-in positions per layer)
32A Rated Working Current BMS Module Aging Test Cabinet with 36 Aging Quantity and 6 Layers Hierarchical Control
32A New Energy Pure Electric Vehicle BMS Module Aging Test Experimental Cabinet Product Description The New Energy Pure Electric Vehicle BMS Module Aging Test Experimental Cabinet is designed for comprehensive testing of battery management systems, featuring precise temperature control and multi-layer burn-in capabilities. Performance Parameters Specification Details Burn-in cabinet size L1600 * W1100 * H1600 (mm) Rated working voltage 380Vac Rated insulation voltage 690Vac
Customized 300A 160kW Burn-In Test Cabinet for Small String Inverters with 1 Year Warranty
Small String Inverters Burn-In Test Cabinet - Customized Solution Our customized Small String Inverters Burn-In Test Cabinet provides comprehensive testing capabilities for inverter products with precise performance monitoring and robust construction. System Architecture Performance Parameters System 1 control cabinet + 2 burn-in cabinets Overall size 5100*1500*2050mm Total floor area 5100*2500mm (Including operation area) Total input voltage Three-phase five-wire system
380V 36 Burn-In Stations BMS Burn-In Testing System with Precise Temperature Control and Noise <70dB
380V New Energy Automobile Car BMS Chip High Temperature Burn In Testing System New Energy Automobile Car BMS Chip High Temperature Burn-In Testing System Scope of Application This equipment is primarily designed for high temperature burn-in testing of BMS boards for vehicle motor controllers. Performance Parameters Specification Value Burn-in cabinet size (mm) L1600 * W1100 * H1600 Rated working voltage 380Vac Rated insulation voltage 690Vac Rated frequency 50Hz Rated
Energy Recovery Burn-In Cabinet with 10-100Vdc/1-30A/3kW and 2.5-60Vdc/0.5-240A/3.2kW for 48 BMS Controllers
Energy Saving Feedback Burn-In Cabinet Of BMS Controller Integration Mode The Energy Saving Feedback Burn-In Cabinet for BMS Controller Integration Mode offers advanced testing capabilities with energy recovery features for efficient operation. Outstanding Functions Software-controlled load parameters with real-time monitoring of voltage, current, and power Multiple load modes: CC, CV, CR, CP Parallel channels in CC load mode for power expansion Automatic voltage switching
Solar Power MPPT Controller Burn-In Cabinet with RS485 Communication 24PCS Capacity and Real-time Monitoring
Solar Power Maximum Power Point Tracking Controller Burn In Cabinet The Solar Power Maximum Power Point Tracking Controller Burn-In Cabinet is designed for comprehensive testing and quality assurance of solar power components. Outstanding Functions Software-controlled load parameters with real-time monitoring of voltage, current, and power Multiple load modes: CC, CV, CR, and CP Parallel channels available in CC load mode for power expansion Built-in safety features including
256kW Feedback Power 320kW Input Power Burn In Test Equipment for Vehicle Motor Controller with 16 Bits/Cabinet
Burn In Test Equipment For Vehicle Motor Control Unit Motor Controller Product Overview Specialized burn-in test equipment designed for rigorous testing of vehicle motor control units and motor controllers, ensuring reliability and performance under various operating conditions. System Architecture Performance Parameters System 1 control cabinet + 2 aging cabinets + 1 water temperature cabinet Overall size 6900*1600*2050mm Total floor area 6900*2500mm (Including operation
250A 150kW Burn In Test System for New Energy Vehicle Motor Control Unit with 0-40℃ Temperature Range
250A Burn In Test System For New Energy Vehicle Motor Control Unit Microcontroller Burn-In Test System For New Energy Vehicle Motor Control Unit Microcontroller Architecture Diagram Performance Parameters System System Structure 1 control cabinet + 2 aging cabinets + 1 water temperature cabinet Overall size 6900*1600*2050mm Total floor area 6900*2500mm (Including operation area) Total input voltage Three-phase five-wire system 220Vac (rated) Total input current 250A Total
Large Scale Energy Storage Converter Burn In Test System with 150kW/bit Power and 300A/bit Current
Burn In Test For Large Scale Energy Storage Converters Power Conversion System Comprehensive burn-in testing solution designed for large-scale energy storage converters and power conversion systems, ensuring reliability and performance validation. System Architecture System Specifications System 1 control cabinet + 6 two-way source load cabinets Overall size 5800*860*2050mm Total floor area 5800*1800mm (Including operation area) Total input voltage Three-phase five-wire