Charge / Discharge Test Systems
High-precision battery cyclers for cycle life, rate capability and performance characterisation of all cell chemistries.
VoltTest designs and manufactures professional battery test systems — cyclers, safety test chambers, internal resistance testers and formation & grading systems — trusted by battery makers, EV OEMs, research labs and quality authorities in 40+ countries.
From cell to pack — VoltTest covers every stage of battery testing: R&D cyclers, production formation & grading, safety verification and end-of-line quality control.
High-precision battery cyclers for cycle life, rate capability and performance characterisation of all cell chemistries.
ACIR and DCIR measurement for incoming inspection, cell matching and battery grading on production lines.
Constant current capacity testing with coulomb counting, energy measurement and automatic grading and sorting.
Short circuit, thermal abuse, crush and needle puncture chambers compliant with UL 1642, IEC 62133 and GB 31241.
High-power test benches for modules and packs: charge/discharge cycling, BMS communication and end-of-line testing.
High-channel-density formation equipment with regenerative energy recovery for lithium battery production lines.
Every VoltTest battery test system is designed around three principles: measurement integrity, industrial reliability and long-term data traceability.
±0.05% FS voltage and current accuracy with 16-bit ADCs and calibrated reference sources, traceable to national standards.
Rack-mount, 19-inch modular designs with high-current connectors, forced-air cooling and 24/7 continuous duty capability.
Energy feedback discharge circuits recover ≥90% of test energy back to the grid — cutting heat load and electricity cost by up to 60%.
VoltTest Studio software provides cycle curves, statistics, database export and MES / ERP integration for full production traceability.
VoltTest engineers complete test lines for lithium-ion battery manufacturers and EV OEMs, covering chemistry development, production formation and pack end-of-line verification.
A practical guide to the differences, scopes and test items of the world's core lithium battery safety standards.
Read more →Voltage range, current accuracy, channel count, energy recovery — the specification questions every buyer should ask.
Read more →How leading EV battery plants verify safety and quality at the final stage of pack production — and why it matters.
Read more →Tell us your chemistry, voltage/current requirements and test purpose. Our engineers will respond with a tailored technical proposal within 24 hours.