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J. Phys. Energy 3 (2021) 031503 N Tapia-Ruiz et al Concluding remarks Na-ion technology is rapidly catching up with the established Li-ion battery. It is revealed here that the energy/power densities of Faradion’s Na-ion chemistry, which is devoid of scarce elements, such as Co and V, already surpass those of LFP//graphite systems. For most applications, the different types of Na-ion battery already possess the required performance attributes at the cell level, from negligible self-discharge to excellent temperature performance and the ability to be shipped/stored at 0 V [284], to name a few. Such performance must now be shown in actual demonstrations of large-scale systems, cycled according to the duty cycles required for an application in real-world settings. These demonstrations by various Na-ion companies are already underway, and with each successful demonstration, the market’s confidence in this technology will progressively grow. If the near-term industrial targets for Na-ion energy and power cells can be met, mass penetration of Na-ion batteries in the market will be almost inevitable. Acknowledgments The authors thank Faradion Limited for their permission to publish the details provided in this section. We also thank the entire Faradion R&D team and our commercial partners for helping to achieve the results contained herein. 77PDF Image | 2021 roadmap for sodium-ion batteries
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