The Battery Pack Seawater Immersion Testing Device simulates harsh seawater conditions to validate lithium battery durability and safety during prolonged saltwater exposure. With corrosion-resistant design, automated test cycles, and compliance with IP68/maritime standards, it ensures leak-proof integrity and electrical stability for marine, EV, and energy storage applications
Relevant Standard Testing Requirements
Safety Test for Single Batteries: The Heating Test shall be carried out in accordance with the following steps:
1.1 Charge the single battery according to the method specified in 6.1.3.
1.2 Place the single battery in a temperature chamber. For lithium-ion batteries, the temperature of the temperature chamber shall be increased from room temperature to 130°C ± 2°C at a rate of 5°C/min, and maintain this temperature for 30 minutes before stopping the heating. For nickel-metal cyanide batteries, the temperature of the temperature chamber shall be increased from room temperature to 85°C ± 2°C at a rate of 5°C/min, and maintain this temperature for 2 hours before stopping the heating. Observe for 1 hour.
Safety Test for Battery Modules: The Heating Test shall be carried out in accordance with the following steps:
1.1.1 Charge the batteries in the battery module according to the method specified in 6.1.4.
1.1.2 For lithium-ion batteries, the temperature of the temperature chamber shall be increased from room temperature to 130°C ± 2°C at a rate of 5°C/min, and maintain this temperature for 30 minutes before stopping the heating. For nickel-metal cyanide batteries, the temperature of the temperature chamber shall be increased from room temperature to 85°C ± 2°C at a rate of 5°C/min, and maintain this temperature for 2 hours before stopping the heating. Observe for 1 hour.
Main Parameters
| Model | MBS-HS1000 |
| The size of the water tank W*H*D mm | 1000*1000*1000 |
| Water tank material | PPR Plate welding |
| Equipment size W*H*D mm | 1700*1500*2500 |
| Discharge water | Automatic water discharge |
| Stirring system | Internal circulation of corrosion-resistant water pump |
| Product test method | Cylinder lifting |
| The total weight of the equipment | 800kg |
| Equipment power supply | AC380V 5.5kW |
"Specialized chamber for lithium battery packs, conducting temperature/humidity cycling tests to assess reliability, performance, safety, and lifespan under simulated environmental conditions."
The Battery Pack Low Pressure Testing Chamber simulates low-pressure environments to evaluate lithium battery safety and performance under extreme conditions. With precise pressure control, real-time monitoring, and compliance with global standards, it supports R&D and quality assurance for aerospace, automotive, and energy storage systems.
The Battery Pack Compression Testing Chamber evaluates lithium battery structural integrity under mechanical stress, simulating real-world compression scenarios. With precision control, real-time data analysis, and compliance with UL/IEC standards, it ensures safety, performance, and resistance to extrusion failure for automotive, energy storage, and industrial applications.
The Precision Battery Pack Vibration Testing Machine evaluates lithium battery endurance under simulated real-world vibration stress. Featuring adjustable frequency/amplitude, real-time data monitoring, and compliance with UL/IEC standards, it ensures reliability, safety, and performance for automotive, aerospace, and energy storage applications. Ideal for R&D and quality assurance in extreme conditions.
The Battery Pack Drop Testing Machine evaluates lithium battery durability under free-fall impacts, simulating real-world accident scenarios. Featuring adjustable height/angle controls, high-speed data acquisition, and compliance with UL/IEC standards, it ensures crash safety for EVs, portable devices, and energy storage systems in rigorous QA validation.
The Battery Pack Combustion Testing Machine evaluates lithium battery safety under extreme fire conditions, simulating real-world combustion incidents. Featuring adjustable temperature/ignition controls, real-time thermal monitoring, and compliance with UL/IEC/UN38.3 standards, it ensures fire resistance, thermal runaway prevention, and flame spread mitigation for EVs and energy storage systems.
The Battery Heavy Object Impact Testing Machine evaluates lithium battery safety under drop-weight impacts, simulating real-world collision scenarios. Featuring adjustable force/height controls, high-speed data recording, and compliance with UL/IEC/UN38.3 standards, it ensures structural integrity, crash resistance, and thermal stability for EVs, energy storage, and consumer electronics.
