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Battery Charge-Discharge Testing System — Application Scope

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  • Product Description
  • Low-Voltage Series — Scope of Application

    It is suitable for formation, capacity grading, capacity testing, internal resistance measurement, cycle‑life evaluation, charge‑discharge testing, and reliability assessments of various battery types, including lithium batteries, sodium‑ion batteries, portable power banks, lead‑acid batteries, nickel‑metal hydride batteries, ternary batteries, supercapacitors, single cells, small modules, and battery packs. It is widely used in consumer electronics, power tools, small‑scale power batteries, energy‑storage batteries, BMS validation, and the cascade utilization of recycled batteries, meeting the testing requirements across the entire R&D, production, and quality‑inspection workflow.

    Medium-Voltage Series — Application Scope

    It is suitable for charging and discharging, capacity testing, cycle‑life evaluation, performance analysis, charge‑discharge testing, operating‑condition simulation, and BMS validation of various lithium‑ion battery packs, lead‑acid battery packs, nickel‑metal hydride battery packs, supercapacitors, as well as balance scooters, electric motorcycles, electric bicycles, power tools, drones, vacuum cleaners, new‑energy commercial vehicles, construction machinery, energy‑storage systems, and medium‑size power‑battery packs. It is widely used in R&D testing, factory acceptance testing, second‑life assessment, and third‑party certification and inspection.

    High-Pressure Series — Application Scope

    It is suitable for performance and reliability testing of high‑voltage battery systems, including various high‑power lithium‑ion battery packs (PACKs), lead‑acid battery packs (PACKs), electric‑vehicle battery packs (PACKs), energy‑storage‑station battery modules (PACKs), as well as new‑energy vehicles, large‑scale energy storage systems, and high‑series‑count power‑battery packs. It is widely used in: R&D and factory acceptance testing of power‑battery packs for passenger cars, commercial vehicles, construction machinery, and more; charge–discharge, cycle‑life, and operating‑condition simulation tests for battery systems in large‑scale energy‑storage stations; functional verification and protection‑characteristic testing of high‑voltage BMSs; and type‑approval, safety‑performance validation, and second‑life‑application assessments—meeting the needs of vehicle manufacturers, battery producers, research institutions, and third‑party testing organizations.

Keywords: battery charge–discharge cabinet, lithium‑battery charge–discharge cabinet, sodium‑battery charge–discharge tester, solid‑state battery charge–discharge tester, lithium‑battery charge–discharge testing system, lithium‑battery charge–discharge tester, lithium‑battery capacity‑grading cabinet, power‑battery charge–discharge testing system, lithium‑battery pack charge–discharge testing system

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