STORAGE BATTERY CONTROL SYSTEM AND VEHICLE CONTROL SYSTEM Russian patent published in 2017 - IPC H01M10/48 H02J7/00 

Abstract RU 2627240 C1

FIELD: electricity.

SUBSTANCE: storage battery control system is presented. It is connected to a storage battery equipped with an explosion-proof mechanism to interrupt the electric current, when the battery is overcharged, and controls the battery conditions. The system comprises of: a cell voltage sensor that detects the voltage of the battery cells; a storage which stores the information relating to the battery conditions; an overcharge decision unit that decides whether the battery is in an overcharge condition; a storage control unit that instructs the storage to store the overcharge information regarding the overcharge condition of the battery when the overcharge decision unit decides that the battery is in an overcharge condition; and explosion protection decision unit which decides that the explosion-proof mechanism of the battery should be activated if, when the battery control system is started, there is overcharge information stored in the storage, and the cell voltage, detected by the cell voltage sensor, is lower than the low limit value.

EFFECT: ensured reliability of the decision to activate the explosion protection mechanism in the battery system.

6 cl, 9 dwg

Similar patents RU2627240C1

Title Year Author Number
STORAGE BATTERY CONTROL SYSTEM AND VEHICLE CONTROL SYSTEM 2014
  • Morikava Khiroshi
  • Aoshima Joshinori
  • Takada Masayuki
  • Tsuru Kenichiro
  • Kijota Shigeyuki
  • Tanaka Joshiyuki
  • Iguchi Tojoki
  • Khashimoto Khiroaki
  • Takakhashi Yasuyuki
RU2627298C1
STORAGE BATTERY CONTROL SYSTEM AND VEHICLE CONTROL SYSTEM 2014
  • Aoshima Joshinori
  • Morikava Khiroshi
  • Takada Masayuki
  • Tsuru Kenichiro
  • Kijota Shigeyuki
  • Tanaka Joshiyuki
  • Iguchi Tojoki
  • Khashimoto Khiroaki
  • Takakhashi Yasuyuki
RU2627239C1
STORAGE BATTERY CONTROL SYSTEM AND VEHICLE CONTROL SYSTEM 2014
  • Morikava Khiroshi
  • Aoshima Joshinori
  • Takada Masayuki
  • Tsuru Kenichiro
  • Kijota Shigeyuki
  • Tanaka Joshiyuki
  • Iguchi Tojoki
  • Khashimoto Khiroaki
  • Takakhashi Yasuyuki
RU2627243C1
UNMANNED AERIAL VEHICLE POWER MANAGEMENT SYSTEM 2021
  • Gavriushin Nikolai Mikhailovich
  • Germanchuk Aleksandr Igorevich
  • Davidenko Vasilii Vladimirovich
  • Korobov Maksim Leonidovich
RU2779934C1
AUTOMOTIVE SUSPENSION SYSTEM 2007
  • Inoue Khirofumi
  • Date Khiroaki
  • Ogava Kazuo
RU2395407C2
CHARGING CAPACITY CONTROL SYSTEM 2011
  • Sibata Tomokhiro
  • Ogura Futosi
  • Kitadzima Siniti
  • Fukusima Jukikhiro
RU2524530C1
POWER SUPPLY SYSTEM AND METHOD OF ITS MANAGING 2017
  • Koike, Tomoyuki
  • Koishi, Akifumi
  • Tahara, Masahiko
  • Watanabe, Munemitsu
  • Tezuka, Atsushi
  • Tsuchiya, Terumasa
RU2683284C1
POWER GENERATION SYSTEM AND METHOD OF ITS OPERATION 2013
  • Tobe Sumito
  • Inage Shinichi
  • Tojota Masashi
  • Tsurugai Mitsuo
  • Akatsu Toru
  • Imai Mika
RU2568013C2
WIRELESS POWER RECEIVING DEVICE, WIRELESS CHARGING METHOD AND SYSTEM 2019
  • Fan, Jie
RU2723298C1
BATTERY AND BATTERY CONTROL SYSTEM 2013
  • Ivanov Andrej Vladimirovich
RU2546978C2

RU 2 627 240 C1

Authors

Takada Masayuki

Machida Akikhiro

Shinotsuka Norikhiro

Morikava Khiroshi

Maeshima Toshikazu

Kijota Shigeyuki

Tanaka Joshiyuki

Iguchi Tojoki

Saitou Khiroaki

Khashimoto Khiroaki

Dates

2017-08-04Published

2014-07-18Filed