Stationery Energy Storage System Using Second Life EV Batteries
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Theatre StorageIntroduction
Electric Vehicle (EV) battery systems are no longer suitable for vehicle application after the amount of energy that is able to be stored has degraded to approximately 80% SOC or the capable of only storing 80% of the energy of a new battery. This used battery can have significant number of charge/discharge cycles remaining, prior to the battery requiring fundamental recycling. A multi-partner project sponsored by the Clean Energy Fund of Canada (CEF) investigated methodology for extending the useful life, and thereby providing a 2nd life to used EV battery systems into a stationery energy storage system that could be implemented for grid stability and reliability. This project successfully demonstrated a 2nd life energy storage.
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Description
1. Operation of an Energy Storage System using Second-life EV batteries
2. Grid Stability and Reliability for connecting Renewable Energy Systems
3. Full working demonstration of the Stationary Energy Storage System
All presentations in this stream
- 09:30 Session Introduction
- 09:40 Green Methanol as CO2-Neutral, Renewable Energy Carrier
- 10:00 Results from Terna’s Experimentation on Grid-Scale Battery Storage Projects
- 10:20 Building Energy Communities, the Real Promise of Distributed Energy
- 10:40 Key Trends in the Global Battery Energy Storage Market
- 11:00 Coffee Break
- 11:10 Hybrid Systems, Exploiting the Competitive Advantage of New Storage Technologies to Provide Tomorrow’s Grid Services
- 11:50 Battery Storage Systems Reach Market Maturity - Applications and Projects for Ancillary Services
- 12:10 Panel Discussion