High Energy Density Lithium Sulfur Batteries for Stationary Applications
HED-LiS
HED-LiS has been established for the realization of the high performance and stable Li-S batteries
Li of Cu coins
Barrier layer experimental target materials
Cu substrate
Amazing Things for You
| Integration of energy storage systems to renewable energy parts would make wind and solar energy investment more profitable pro moting their acceptance. Local, affordable energy storage system would also reduce need for back-up energy system based on diesel engine or aggregates based on them. Consequently, threshold for wider use of renewables is promoted. Li-S battery technology would provide low cost battery solutions for local grids and off-the grid ap plication as well allow easily transported mobile units in remote areas with permanent or reliable grid access. Successful execution of this project creates technology platform for material solutions and processing of Li-S batteries with improved cy clability. Li-S batteries would offer great potential especially for sta tionary energy storage systems and flying vehicles. Furthermore, it could be feasible solutions also for certain electric mobility solutions like e-buses and small trucks as well as marine applications. |
deposition chamber to handling glovebox and visa verse
Main Objectives
| A multidisciplinary project consortium has been established for the realization of the high performance and stable Li-S batteries. Each partner has been nominated with different tasks to accomplish the main idea of the project which targeted to reach the outcomes given in the EC Set Plan 7. Therefore, each partner aimed to realize specific goals according to the project main target. So, the target of this project is to develop Li-S base Li-ion batteries with tailored functional layers in separators and anode side for reaching acceptable battery cyclability for stationary energy applications and other applications like flying vehicles (drones, airplanes, satellites) |
Expected Key Results
| After optimized the electrodes and electrolytes, large-scale Li-S batteries in the form of pouch cell will be fabricated with 3A-5A-10A capacity and ~400 Wh/kg energy density. |
technologies / market
- Clean Energy
- Electrochemical Energy Storage
- Battery Technology
- Lithium Sulfur Batteries
- Layer Deposition
- Electric Mobility (personal cars, buses, working machines)
- Airborne Vehicles (drone, possibly small passenger airplanes)
- Energy storage integrated to renewable energy production (wind, solar, waves) with unpredictable and uneven energy production
- Working tools and Marine applications