Research funding
We thank our funding agencies, collaborators, taxpayers, and administrative teams for supporting this research. For collaboration enquiries, contact oleksandrmalyi@gmail.com. See our previously funded projects.
Key Preparation Technology for Hard Carbon-Based Composited Anode and Its Application in Sodium-ion Battery
KEYTECH brings together Polish and Chinese researchers to develop hard-carbon anodes and electrolytes for sodium-ion batteries. The project combines inverse materials design with experimental preparation and testing, targeting lower-temperature carbon production, improved storage performance, and battery safety.
Funding agency
3rd Polish–Chinese bilateral competition
WPC3/2022/50/KEYTECH/2024
Budget
2,338,125 PLN
Polish side · total joint project budget: 1.1 million euro
Duration
01.07.2024-30.06.2027
PI · Poland
PI · China
Industry Partner
Inverse design of materials for metal-ion batteries
Funding agency
Lumi access for NCBR project
Project number
PLL/2024/07/017633
Duration
10.01.2025-9.01.2026
PI
Allocated resources
7,350,000 core hrs on LUMI supercomputer (fastest supercomputer in Europe)
Hard carbon materials for metal-ion batteries
| Resource | Allocation | Available from |
|---|---|---|
| Helios — CPU | 40,000,000 CPU h | |
| Helios — large-memory CPU | 3,000,000 CPU h | |
| Ares — CPU | 15,000,000 CPU h | |
| CI TASK — CPU | 5,000,000 CPU h | |
| Athena — A100 GPU | 25,000 GPU-card h | |
| Helios storage (STORAGE-02) | 50,000 GB | |
| Ares / Athena storage (STORAGE-01) | 10,000 GB | |
| CI TASK — storage | 10,000 GB |
All allocations listed above are active and end on 9 August 2027.