Demo Retrofit Study of a Chinese Inspired Cell Technology
Демонстрационное ретрофит-исследование технологии ячеек, вдохновлённой китайской практикой
2020-01-01
SCID: 54.1/3mhwab7f
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10 kWh/kg AlChinese cell technologybusbarcell retrofit studylining designpotshellpower efficiencyproductivity increase
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Abstract (AI)
For many years, the authors have been demonstrating their cell modeling tools and cell retrofit skills using those modeling tools to present demonstration cell retrofit studies. One recent series of cell retrofit studies leads to the presentation of a cell design predicted to be able to operate at 10 kWh/kg of Al. The authors now embark on a new demonstration retrofit study this time using a Chinese cell technology inspired base case as a starting point. There are plenty of public domain information on Chinese cell technology: potshell, busbar and lining design, so that Chinese cell technology inspired base case cell design is quite similar to existing Chinese cell technologies. This first retrofit study aims at demonstrating the huge potential of productivity increase that those existing Chinese cell technologies represent without compromising the power efficiency.
Key Findings
1
A recent series of retrofit studies predicted a cell design capable of operating at 10 kWh/kg of Al.
2
Authors previously developed cell modeling tools and used them for demonstration retrofit studies of cell designs.
3
The Chinese-inspired base case is quite similar to existing Chinese cell technologies due to abundant public information on design features.
4
The retrofit study aims to demonstrate substantial productivity increases for existing Chinese cell technologies without compromising power efficiency.
5
This study performs a demonstration retrofit starting from a Chinese cell technology–inspired base case drawn from public-domain designs (potshell, busbar, lining).
Research Object
Chinese-inspired aluminum reduction cell design used as a base case for retrofit demonstration
Research Subject
Potential productivity increase and retained power efficiency achievable through a retrofit of the Chinese-inspired aluminum reduction cell toward operation at 10 kWh/kg Al
Publication Details
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2020-01-01
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