Through this, the company aims to become the most crucial material supplier for clients who are accelerating the development of next-generation batteries. LOTTE ENERGY MATERIALS is aligned with the secondary batteries business strategy of LOTTE Group's Chemical Division to establish a value chain for key materials in secondary batteries.
Through this, the company aims to become the most crucial material supplier for clients who are accelerating the development of next-generation batteries.
· Lithium-ion battery materials (cathode material, anode material, separator, electrolyte organic solvent)
· Next-generation battery solutions (solid electrolyte, lithium metal anode material, vanadium liquid electrode)
· Next-generation battery solutions (solid electrolyte, lithium metal anode material,
vanadium liquid electrode)
LOTTE ENERGY MATERIALS is accelerating the development of next-generation battery materials to lead the market based
on industry-leading technology and to create new future foods for the Company.
In particular, we aim to grow into a sustainable battery materials company through the development of sulfide-based solid electrolyte,
silicon composite anode active material, and highly acidic LFP cathode active material.
LOTTE ENERGY MATERIALS is accelerating the development of next-generation battery materials to lead the market based
on industry-leading technology and to create new future foods for the Company.
In particular, we aim to grow into a sustainable battery materials company through the development of sulfide-based solid electrolyte,
silicon composite anode active material, and highly acidic LFP cathode active material.
| Cathode material | Anode material | Separator | Electrolyte |
|---|---|---|---|
| Aluminum foil | Copper foil | HDPE / PP | Organic solvent |
| Cathode active material | Anode active material | Separator | Lithium salt |
| Conductive material | Electrolyte | ||
| Lithium metal Anode material |
| Solid electrolyte |
| Vanadium, liquid electrode* |
2030 Goal : Sales of 7 trillion won (Accumulated investment in total : 7 trillion KRW)
* As an essential element for a high-stability vanadium batteries designed for ESS,
it acts as a cathode material, anode material, and electrolyte simultaneously
| Cathode material | Anode material |
|---|---|
| Aluminum foil | Copper foil |
| Cathode active material | Anode active material |
| Conductive material | |
| Separator | Electrolyte |
| HDPE / PP | Organic solvent |
| Separator | Lithium salt |
| Electrolyte | |
| Lithium metal anode material | Solid electrolyte |
| Vanadium, liquid electrode* |
* As an essential element for a high-stability vanadium batteries designed for ESS, it acts as a cathode material, anode material, and electrolyte simultaneously
2030 Goal : Sales of 7 trillion won
(Accumulated investment in total : 7 trillion KRW)
solid electrolyte
high ionic conductivity and moisture
stability for all-solid-state batteries
state battery company (2021)
· Lead research and development institution
for a national project (2021)
- Pilot line construction in 2024
- Targeting full-scale mass production in 2027
anode active material
anode product with cost
competitiveness
next-generation anode material company
(2023)
- highly scalable / high performance /
low cost (Si-C series) development
- Targeting full-scale mass production in 2027
· Equity investment in Enwires, a French
next-generation anode material company (2023)
- highly scalable / high performance /
low cost (Si-C series) development
- Targeting full-scale mass production in 2027
LFP cathode active material
density and high productivity compared
to existing LFP
Research Institute (2023)
- Development of products with high energy
density and high productivity
- Construction of LFP semi-mass production
line in 2024
- Targeting full-scale mass production in 2025
