Expanding demand for Secondary Batteries, led by eco-friendly electric vehicles and EES market
Secondary Battery
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
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
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
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
(Int’ Control Sys./SCM/MES)
- Client S1
- Client S2
- Client L
- Client K
Recycle
(Int’ Control Sys./MES)
Waste BatteryRecycling
Client E
EQP./Logistics
Automation
Battery Material EQP.
(EQP. Interface & Automation Standardization)
Battery Cell EQP.
(EQP. Interface & EQP. CIM, AGV)
Recycle EQP.
(EQP. I/F, Automation Standardization)