✔ Please check with the PC version
✔ Please check with the PC version

R&D Project Overview

Final goal of R&D project

Contents and Scope

Development of a rapid inspection system

◾ Design and development of rapid inspection algorithms

◾ Development of Integrated Rapid Precision Inspection System

◾ Collection of data on rapid inspection equipment maintenance

Development of a Precision Inspection System

◾ Design and development of 200kW, 1000V class 2ch battery cycler. 

◾ Development of precision inspection equipment for after-use 

batteries in response to KC standards

◾ Development of Manual for Operation and 

Maintenance of Precision Inspection Equipment

Building an Integrated EV Platform Solution

◾ Building Big Data Based on Performance Diagnosis of Electric Vehicle Components

◾ Provides a high voltage part diagnostic solution

◾ Provides a used EV valuation solution

Development goals and contents

Year 1 (2022)

Year 2 (2023)

Year 3 (2024)

◾ Design of the integrated inspection system for the unit of spent battery pack.

◾ Development of an integrated inspection system for the 

unit of battery pack after use

◾ Performing demonstration data-based optimization

Differentiation of development technology

Battery pack unit diagnostic device
Battery pack unit diagnostic device

◾ Compared to the existing method (8-12 hr)

◾ Reduced working time (5 min)

◾ No high voltage exposure required due to battery degradation

Performance evaluation platform operations
Performance evaluation platform operations

◾ Through the evaluation of battery performance after use

Operation of recycling and manufacturing classification system.

◾ Measuring the Value of Used Electric Vehicles.

High Voltage Large Capacity Integrated Inspection Equipment
High Voltage Large Capacity Integrated Inspection Equipment

◾ Due to the high voltage and high capacity of the battery

Next generation 200kW, 1000V grade usable battery test available.


Scientific and technological aspects

Economic and industrial aspects

social aspect

Increase work efficiency

◾ Automate equipment integration and testing processes to save time Integrate 

each measuring device to save test space.
◾ Automation enables more battery testing compared to the same time.

Expand the market for spent batteries

◾ Activation of spent battery supply through localization of charging and 

discharging facilities and registration of KC standards.
◾ Various related businesses such as battery reuse and manufacturing can be linked.

Building a Sustainable Society

◾ Reducing carbon emissions by reusing batteries and 

revitalizing manufacturing businesses.
◾ Establish a battery circulation economy by 

selecting batteries by performance after use.

Commercialization strategy and plan