LBT-420A Large Battery Adiabatic Calorimeter

Large Battery Adiabatic Calorimeter complies with the "Adiabatic Temperature Rise Characteristics" experimental standard of 36276-2023 "Lithium-ion Batteries for Power Energy Storage", and can meet the thermal safety test requirements of battery cells within 600mm and small modules.

Product Introduction

LBT-420A Large Battery Adiabatic Calorimeter has a special test mode that complies with the "adiabatic temperature rise characteristics" experimental standard of 36276-2023 "Lithium-ion Batteries for Power Energy Storage". It is an adiabatic calorimeter for studying large battery cells and small modules with a long side of 100mm~600mm. It can realize battery thermal runaway test, battery gas production test, battery charge and discharge heat production test, battery specific heat capacity test, and accurately obtain lithium battery charge and discharge heat production and specific heat capacity, thermal runaway starting temperature, maximum thermal runaway rate, adiabatic temperature rise characteristics, battery gas production and gas production rate and other parameters. The instrument can provide data support for the safety performance evaluation of lithium batteries and battery modules; and provide an evaluation basis for the thermal management system of power batteries.

The instrument has the functions of adiabatic thermal runaway, heating wire auxiliary heating, 36276 adiabatic temperature rise test, gas collection and pressure test, thermal/electrical/mechanical abuse, s  pecific heat capacity test, charge and discharge heat generation test, multi-point temperature measurement, video monitoring, etc.

Guideline

36276-2023 Lithium-ion batteries for power storage

UL 9540A

ASTM E1981-98(2012)

Guidelines for the evaluation of thermal stability of chemicals Part 1: Accelerating rate calorimeter method

USABC SAND99-0497, July 1999: 3.2 Thermal Stability Tests

SAE J2464-R2009: 4.4.2 Thermal Stability Tests

Freedom CAR SAND 2005-3123: 4.1 Thermal stability

UL 1973

GB 38031-2020 Safety requirements for power batteries for electric vehicles

Features

Accurate: The sensitivity of self-heating detection is much better than the standard detection threshold of 0.02℃/min, with high insulation performance and small
temperature difference between wall and sample. Efficient: Innovative heating wire auxiliary heating solution, the experimental efficiency can be increased by up to 5 times.
Safety: The furnace body is equipped with bursting disc and spring lock design, and the explosion-proof box is standard. Double protection ensures the safety of experimental personnel and equipment

Technical specifications