China 64 Channel Battery Charging and Discharging Test System - Integrated Energy Feedback Cabinet from Suppliers and Factory
Our testing systems are mainly used for electrical performance testing of high power and high-energy secondary batteries (including power batteries, energy storage batteries, etc.).
Battery Cycle Life Testing
Evaluate long-term durability and capacity retention over repeated charge-discharge cycles.
Capacity Testing
Accurately measure the total energy storage capacity of high-power secondary batteries.
DC Internal Resistance (DCIR)
Determine internal resistance characteristics to assess battery health and efficiency.
Charge & Discharge Characteristics
Analyze voltage, current, and temperature profiles during active operation phases.
Deep Discharge Testing
Test battery performance and stability under extreme low-state-of-charge conditions.
Battery Consistency Testing
Verify cell-to-cell uniformity in battery packs to ensure balanced system performance.
Rate Charge & Discharge Testing
Examine battery performance under varying high-current load conditions.
What types of batteries can be tested with this equipment?
The system is designed for high-power and high-energy secondary batteries, including power batteries for electric vehicles and energy storage batteries.
What electrical performance tests can this system perform?
It supports cycle life testing, capacity testing, DC internal resistance (DCIR) testing, charge/discharge characteristics, deep discharge, battery consistency, and rate charge/discharge testing.
Does the system support real-time data monitoring?
Yes, the equipment features integrated monitoring of charge and discharge data to guarantee precise tracking of performance metrics.
Why is battery consistency testing important?
Consistency testing ensures that individual cells inside a battery pack behave uniformly, which optimizes the overall lifespan and safety of the battery system.
Can this equipment perform high-current rate testing?
Yes, it supports rate charge and discharge testing to evaluate how secondary batteries perform under high-current and rapid-energy transfer conditions.