Test items
Tested batteries
US certified partners
Batteries tested since 2016
Where quality is created
The Lithink quality laboratory is among the most advanced testing facilities in the industry. With high-precision testing systems and comprehensive safety monitoring, we ensure that every single cell and battery system operates stably, safely, and reliably, even under extreme conditions. All tests are performed in accordance with international standards such as IEC 62619, UN 38.3, and UL 1642 – and additionally comply with Lithink's internal quality guidelines, which exceed industry standards.
Lithink Lab Premiere
Die Technologie Hinter Unseren Lifepo₄-Batterien Einblick In Das Lithink Testlabor Für Sicherheit & Langlebigkeit
EVE A+ Zellselektion
Cycle & aging tests
Mechanical stress tests
BMS & safety inspections
Environmental
Mechanics
Salt spray testCorrosion resistance of housings, connections and structural parts.
Temperature/humidity resistance testPerformance stability and tightness under fluctuating climate and humidity conditions.
Transport simulationShock, vibration and temperature fluctuations during long-distance logistics.
VibrationstestVibration resistance of cells, BMS and connections across multiple axes/frequencies.
FalltestStructural integrity and functionality after falls from defined heights/angles.
Impact testHousing resistance and internal protection against defined impact energy.
Electrical
safety
Charge/discharge cycle testLong-term cycles to verify lifespan and capacity retention (target: 5000+ cycles @100% DoD).
Short circuit testResponse speed of the BMS and thermal safety in case of electrical faults.
Crush & penetration testBehavior of cells under strong mechanical compression or penetration (No fire/No explosion).
Low temperature testCharging/discharging behavior at extremely low temperatures; verification of heating and protection logic.
Thermal abuse testCell stability and effectiveness of safety degassing at elevated temperatures.
More about battery testing and research
IEC 62619 & UN 38.3: Battery Safety Standards Explained
Understand IEC 62619 & UN 38.3: goals, key tests, differences, battery safety in operation, and compliant transport of Li-ion batteries.







