Battery cell hot-plug in / out ESS power generation device assembly

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The detachable battery ESS power generation assembly addresses complex installation and real-time monitoring issues by assembling batteries into modules with IR sensors, ensuring easy replacement and preventing safety hazards.

KR103001248B1Active Publication Date: 2026-08-05윤병석

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Patent Information

Application Number: KR1020240001771
Authority / Receiving Office: KR · KR
Patent Type: Patents
Current Assignee / Owner
Filing Date: 2024-01-04
Publication Date: 2026-08-05
Estimated Expiration: 2044-01-04

Application Information

Patent Timeline

04 Jan 2024

Application

KR1020240001771

05 Aug 2026

Publication

KR103001248B1

IPC: H01M50/258; H01M10/48; H01M50/242; H01M50/251; H01M50/296; H01M50/502; H01M50/519

CPC: H01M50/258; H01M10/486; H01M50/242; H01M50/251; H01M50/296; H01M50/502; H01M50/519; H01M2220/10

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Application Domain

Secondary cells Cell component details

Technology Topics

Infrared Electrical battery

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AI Technical Summary

Technical Problem

Existing ESS devices face challenges in efficiently managing and replacing individual batteries due to complex installation structures and lack of real-time monitoring, leading to potential safety hazards from overheating.

Method used

A detachable battery ESS power generation assembly that assembles multiple batteries into a single module, equipped with a non-contact IR sensor for real-time temperature monitoring, allowing for immediate detection and replacement of overheating batteries to prevent accidents.

Benefits of technology

Facilitates easy assembly and installation, enables real-time overheating detection, and allows quick replacement of affected batteries, preventing safety accidents such as ignition.

✦ Generated by Eureka AI based on patent content.

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Abstract

The present invention relates to a battery-removable ESS power generation device assembly in the field of electricity. More specifically, the invention enables the implementation of an ESS pack by assembling multiple batteries into a single battery module and connecting this battery module to a case in a sliding manner, thereby facilitating assembly and installation. Additionally, each battery cell is monitored in real-time by a non-contact IR (Infrared Ray) sensor, allowing for immediate detection of overheating. This enables the prediction of defects before temperature overheating and allows for immediate replacement to prevent safety accidents. Furthermore, only the relevant battery can be easily and quickly replaced before an accident occurs, thereby preventing safety accidents such as ignition.

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