Lithium battery adiabatic temperature rise test - Hangzhou Joule Intelligent Technology Co., Ltd

NegotiableUpdate on 02/07

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The adiabatic temperature rise test of lithium batteries has the characteristics of simple operation, smooth experimental start-up and operation, accurate experimental data collection, and reliable data analysis. Integrated with thermal and electrical abuse functions, it synchronously collects data on battery voltage, current, charge, temperature, pressure, and time under various abuse conditions.

Product Details

Adiabatic temperature rise test for lithium batteries Introduction

The lithium battery adiabatic temperature rise tester is an instrument specially developed for the GB/T36276-2023 standard "Lithium ion batteries for electric energy storage". This instrument provides accurate data for lithium battery enterprises to optimize battery design, guide thermal management system design, and establish battery thermal models.

Adiabatic temperature rise test for lithium batteries Test Standard

GB/T36276-2023

Product specifications and technical parameters

Product Model	ARC Titans-Eco
Container diameter	450
Container depth	550
Temperature control range	40℃~150℃
Temperature Control Mode	Adiabatic temperature rise mode
Temperature rise rate detection threshold	/
Temperature tracking rate	/
Temperature display resolution	0.001℃
Temperature stability of calorimeter chamber	±0.002℃/min
temperature fluctuation	≤±0.05℃
Furnace cover opening method	manual

Optional features

Module Name	function
Charging and discharging module	Excessive use of electricity leads to thermal runaway, as well as testing for heat generation during charging and discharging
Explosion proof module	3.5mm stainless steel explosion-proof box

Product Features

Thermal insulation environment simulation: isolate external heat exchange and accurately measure battery temperature changes.

High precision temperature control: Fast response to temperature changes, high temperature control accuracy, ensuring reliable data.

In situ calibration of sensors: The consistency between the sample and the furnace thermocouple is tested in situ calibration, without the need for frequent temperature baseline.

Installation requirements

Electrical requirements	380V
Venue requirements	Flat ground, recommended on the first floor
Environmental Requirements	The equipment should be placed horizontally in a well ventilated laboratory, with sufficient space around for operation and maintenance. Temperature: 25 ± 5 ° C, Humidity: 50 ± 25% RH
environmental requirements	During the experiment, smoke will be generated. It is recommended to install a smoke collection hood and exhaust duct above the equipment to solve the problem of smoke emissions