Secondary Battery

Expanding demand for Secondary Batteries, led by eco-friendly electric vehicles and EES market

Now

 

  • The maturity stage of the small Secondary Battery market.
  • Carbon emission regulations, increasing demand
    for eco-friendly cars
  • Intensifying price competition between companies

Future

 

  • Increase in demand for medium / large Secondary Batteries
  • Expansion of new production line for Secondary Batteries centered on eco-friendly electric vehicles and ESS market
  • Expecting mutual growth through the chain effect of front and rear industries

Challenge

With the advent of the BOT(Battery of Things) era, the position of Secondary Batteries is strengthened in accordance with the paradigm shift in the energy market. In demand, Secondary Battery demand is expected to grow on the back of the expansion of cordless devices and the strengthening of institutional equipment in the EV and ESS markets. The supply sector is growing rapidly by expanding production capacity of Secondary Battery companies and strengthening strategic alliances. The Secondary Battery is a promising industry that is expected to expand in the future.

Global Secondary Battery makers are trying to diversify global sourcing to ensure stable supply of core raw materials due to the price fluctuation of imported raw materials. In particular, stable supply of core raw materials for downstream industries (IT equipment, EV, ESS, etc.) is required, and production planning, execution, facility automation, and logistics automation for mass production of Secondary Batteries are absolutely necessary.

Forecast

The Secondary Battery market size is expected
to expand to 130 trillion won by 2025,
with a CAGR of 22.7% from 2020 to 2025.

Expansion of new production lines
in electric vehicles, ESS, aerospace / aviation
that require high capacity Secondary Batteries

Solution

SCM

Maximizing ROI through demand-based
production planning

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MES / FA

Start for
an Intelligent Factory

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BIG DATA

Quality / yield improvement through
optimization algorithm of manufacturing process

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ROBOT

Mobile Robot for efficient plant operation and logistics cost reduction
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Service Package

Provides specialized and customized solutions and services throughout
the entire value chain based on the references of top-tier company in secondary battery manufacturing

01Initial Stage

02Smart Factory Planning Stage

03Consulting Stage

04Implementation Stage

05Global Operation Stage

Initial Stage

Initial Meeting

Company Overveiw

Solution Overview

Service Offering for
Secondary Battery

Introduction Business
Process & Service Offering

  • Solution
  • Consulting
  • Implementation
  • Operation

Strategic Partnership & Implementation Cases

Partnership

Partnership Proposal

Partnership Signing

THiRA-UTECH Battery Smart Factory Global Standard Methodology

Smart Factory Planning Stage

Analyze
Business Direction

As-Is Analysis

C-Level Requirements

Project Scoping

Define Target Coverage

Define Detailed Requirements

Cost Analysis &
Roadmap Planning

Costs Estimation & Benefit Analysis

Roadmap Planning

Set up the Organization and Change Management

THiRA-UTECH Battery Smart Factory Global Standard Methodology

Consulting Stage

Consulting –
Manufacturing Process

Process Flow and Operation Analysis

Package Gap Analysis

Consulting –
Logistics Automation

Logistics Automation PI & Simulation

Design Equip. Automation

Consulting –
Equipment Automation

Scope Setting

Equipment I/F Logic Design

THiRA-UTECH Battery Smart Factory Global Standard Methodology

Implementation Stage

Development Planning

Confirm Detailed Design

Development Planning

Package Customizing

PKG Gap
Analysis

I/F Logic
Design

Equip.
Order

Install & Customize PKG

Test

Unit Test

Integration Test

Stabilization

Transfer to Prod. Environment

Support Maintenance

THiRA-UTECH Battery Smart Factory Global Standard Methodology

Global Operation Stage

Service Scoping

Scoping the Operational Support

Personnel Support for Global/Local Operations

Service Support

Detect System Failure

On Site Support (Primary Response)

Global Operation
Center

Local
Support Center

THiRA-UTECH HQ
(Remote Response)

THiRA-UTECH Battery Smart Factory Global Standard Methodology

THiRA-UTECH Battery Value Chain Reference

THiRA-UTECH has many years of experience in establishing Smart Factory in whole
value-chain of Secondary Battery Industry. Based on this expertise, we can offer Smart Factory solution that best suits our clients.

Equipment

Equipment Interface in whole
Material/Cell Process & Equipment CIM

Material

Cathode(Lithium Hydroxide + Precursor → Cathode), Copper Foil

Cell

Cylindrical, Prismatic, Pouch Style

Recycle

Waste Battery Recycling

Int’ Control Sys./SCM
MES/QMS

Int’ Control Sys./SCM/MES/QMS

Battery Material
(Int’ Control Sys./SCM/MES/QMS)

EClient E

  • Nickel
  • Cobalt
  • Manganese
  • Lithium

Precursor

Lithium
Hydroxide

  • Cathode – Client E
  • Anode
  • Electrolyte
  • Copper Foil – Client S3
Battery CELL(Cylindrical, Prismatic, Pouch Style)
  • Client S1
  • Client S2
  • Client L
  • Client K

Recycle
(Int’ Control Sys./MES)

Waste BatteryRecycling

Client E

EQP./Logistics
Automation

EQP./Logistics Automation

Battery Material EQP.
(EQP. Interface & Automation Standardization)

Recycle EQP.
(EQP. I/F, Automation Standardization)

Reference