Battery second life
Overview of the status and impact of the innovation
What
While EV batteries have been shown to last for hundreds of thousands of kilometres, they will eventually fail to provide enough power and range to be useful for mobility. Yet they may still have up to 80% of their original capacity, allowing them to have a second life as stationary batteries powering applications that are less demanding than EVs. Second-life batteries are significantly cheaper than new batteries, thus making stationary storage less expensive.
Why
Second-life applications can extract significant amounts of value from used EV battery packs before they need to be recycled; this in turn will lower the overall costs of operating a renewables-based power system.
Related kits
Power to mobility innovations
Innovations (35)
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Technology and infrastructure
- 1 EV model evolution
- 2 EV batteries
- 3 Battery recycling technology
- 4 Diversity and ubiquity of charging points
- 5 Wireless charging
- 6 Overhead chargings
- 7 Portable charging stations
- 8 V2G systems
- 9 Digitalisation for energy management and smart charging
- 10 Blockchain-enabled transactions
- 11 Smart distribution transformers
- 12 Smart meters and submeters
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Market design and regulation
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System planning and operation
- 20 Cross-sectoral co-operation and Integrated planning
- 21 Including EV load in power system planning
- 22 Grid data transparency
- 23 Clean highway corridors
- 24 Operational flexibility in power systems to integrate EVs
- 25 Management of flexible EV load to integrate variable renewable energy
- 26 Management of flexible EV load to defer grid upgrades
- 27 EV as a resilience solution
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Business models