  +86-18820227690
  sales@juson-automation.com

News Detail

You are here: Home » News » Product News » Honeywell battery thermal runaway warning sensor

Honeywell battery thermal runaway warning sensor

Views: 49     Author: Site Editor     Publish Time: 2020-07-27      Origin: Site

Inquire

facebook sharing button
twitter sharing button
line sharing button
wechat sharing button
linkedin sharing button
pinterest sharing button
whatsapp sharing button
sharethis sharing button

In the current context of energy saving and emission reduction, an important part of the sustainable economy-electric vehicles have gradually entered our lives. However, as an industry still in development, new energy vehicles still have their own shortcomings, and auto spontaneous combustion accidents that are frequently reported are one of them. The concerns of the little friends about safety have also hindered the development of the electric vehicle market to a certain extent.

 

This article contains the following:


  • What is Honeywell battery thermal runaway warning sensor

  • Monitor in advance to minimize losses

  • ntelligent mode switching, effectively reduce energy consumption

 

1.What is Honeywell battery thermal runaway warning sensor


According to statistics, in 2018 alone, as many as 40 spontaneous combustion incidents occurred in electric vehicles, and at least 20 spontaneous combustion incidents occurred in the first eight months of 2019. Battery thermal runaway is one of the common faults of power batteries, which often leads to fire accidents. With the gradual popularization and development of electric vehicles, passenger safety is of paramount importance. As an expert in the field of safety systems, Honeywell has its own coup-Honeywell battery thermal runaway warning sensor.

 

2.Monitor in advance to minimize losses


The overall thermal runaway of the power battery pack is often caused by the thermal runaway of the single cell. If the thermal runaway of the single cell can be detected, it will win precious time for passengers to evacuate-this is the Honeywell battery thermal runaway warning The core idea of the sensor lies. At the same time, the early intervention of the BMS (Battery Management System, battery management system) can also take many measures to prevent the thermal runaway of the single battery cell caused by the overall battery pack thermal runaway, to avoid causing major personnel and property losses. Thanks to Honeywell's powerful R&D capabilities, we have studied the mechanism of battery thermal runaway, and the gas (carbon monoxide/hydrogen/hydrogen fluoride/TVOC), pressure, suspended particles, temperature and other physical quantities after thermal runaway of the battery Collected and verified.

 

3.Intelligent mode switching, effectively reduce energy consumption


While continuously monitoring the battery status, the Honeywell battery pack thermal runaway early warning program also takes into account the need to save energy. When the vehicle is running and charged, our products will work at full power, and changes in air pressure and suspended particles in the battery pack will be monitored in real time. In the parking state, in order to save limited power, the BMS will be in a sleep state, and our products will also enter the ultra-low power consumption state, but the detection is still in progress, acting as a "sentinel" to monitor the relevant changes of the battery pack, After discovering the changes of relevant physical parameters, the sensor re-enters the full power state to detect the condition in the battery pack, and wakes up the BMS coupling voltage and temperature signals for review and verification.

If you want to buy Honeywell batteries,please contact JUSON.


QUICK  LINKS

Home
Service

CONTACT  INFORMATION

Add: Floor 10, GangShen International Center, MinZhi Street, LongHua district, ShenZhen City, China. 518000

Mob/Whatsapp: +86-188-20227690

Tel: +86-755-23770631

Email: sales@juson-automation.com

MAIL SUBSCRIPTION

Copyright © 2020 Juson Automation accessories Manufacture. All rights reserved.