BATTERY FOR ELECTRIC VEHICLES WITH IMPROVED COOLING PERFORMANCE Russian patent published in 2023 - IPC H01M10/613 H01M10/625 H01M10/6556 

Abstract RU 2791288 C1

FIELD: electrical engineering.

SUBSTANCE: invention relates to the field of electrical engineering, namely to a battery for an electric vehicle with improved cooling characteristics, in which the cooling plate is in direct contact with the battery module. The technical result is improving the efficiency of battery cooling by optimizing the design of the cooling plate and the connection structure with the battery module, achieved due to the fact that the cooling plate located between the case and the battery module is made of an aluminum alloy having a high thermal conductivity, with an internal fluid passage provided with concave portions forming coolant turbulence that delays the flow of refrigerant to allow sufficient time for heat exchange, wherein a plurality of concave portions can be arranged in a certain way to evenly distribute the refrigerant flow throughout the cooling plate, thereby further improving the heat exchange efficiency. Between the rear part of the cooling plate and the battery module is a thermal pad made of acrylic material with adhesive properties, while the battery module is equipped with temperature sensors installed at the inlet and outlet of the liquid from the cooling plate, and a temperature control system.

EFFECT: improving the efficiency of battery cooling by optimizing the design of the cooling plate and the connection structure with the battery module.

1 cl, 8 dwg

Similar patents RU2791288C1

Title Year Author Number
BATTERY MODULE MONITORING DEVICE AND BATTERY MODULE FOR ELECTRIC VEHICLE 2020
  • Kang, Kuk Jin
  • Nam, Sang Hyun
RU2794728C1
BATTERY CASE FOR ELECTRIC VEHICLES 2020
  • Song, Dae Chun
  • Nam, Sang Hyun
  • Kang, Kuk Jin
RU2794731C1
ELECTRIC VEHICLE BATTERY HEATING SYSTEM AND ELECTRIC VEHICLE BATTERY 2020
  • Kim, Min Choul
  • Nam, Sang Hyun
RU2794730C1
RECHARGEABLE BATTERY WITH CONVENIENT COOLING SYSTEM MAINTENANCE 2020
  • Kang, Kuk Jin
  • Nam, Sang Hyun
  • Song, Dae Chun
RU2790280C1
SEALED BATTERY CASE FOR ELECTRIC VEHICLES 2020
  • Song, Dae Chun
  • Nam, Sang Hyun
  • Kang, Kuk Jin
RU2791890C1
BATTERY PROTECTION DEVICE AND METHOD 2020
  • Kang, Jung Su
  • Nam, Sang Hyun
  • Kim, Min Choul
RU2802196C1
BATTERY PROTECTION DEVICE AND METHOD OF ITS OPERATION 2020
  • Kang, Jung Su
  • Nam, Sang Hyun
  • Kim, Min Choul
RU2803357C1
INSULATING COVER FOR BATTERY MODULE TERMINALS 2020
  • Song, Dae Chun
  • Nam, Sang Hyun
  • Kang, Kuk Jin
RU2790654C1
BATTERY FOR ELECTRIC VEHICLE WITH PARALLEL CONNECTION 2020
  • Kang, Kuk Jin
  • Nam, Sang Hyun
  • Song, Dae Chun
RU2790458C1
DEVICE AND METHOD FOR CONTROLLING BMS OPERATION USING AN EXTERNAL SIGNAL 2020
  • Kang, Jung Su
  • Nam, San Khen
RU2790457C1

RU 2 791 288 C1

Authors

Song, Dae Chun

Nam, Sang Hyun

Dates

2023-03-07Published

2020-05-14Filed