Our power cells utilizing scalable fabrication techniques and can be connected together in series or parallel, taking up a small amount of space. They can be stacked directly one above the other and embedded directly into the application design. The entire power cell housing structure is therefore eliminated. The Power cells are direct connected and the current will flow over or through the entire power cell modules application design. A conventional rechargeable power cells come in fixed shapes and sizes, which have limitations in fulfilling design and performance requirement.
In a conventional power cell battery module the individual power cells are surrounded by a separate outer casing. All those casings take up space inside each battery module. The connections to each power cell are where electrical resistance is high, therefore reducing available output power. Our AES Power cells energy density level is 555Wh/L, 220Wh/Kg and will be enhanced significantly to 620~640Wh/L by 2018. Our AES Power Cells is a solid state solution replacing liquid or polymer electrolyte. Also all solid state replacement power cells should have two to three times the density of any current Lithium Ion cells.
The EUCAR Hazard Level is 2~3, which is impossible for conventional battery, AES Power Cells can operate in -25°C to 85°C and discharge pressure tolerance from 0.0016psia to 711psia, which provides reliable power supply in heat or in high or low pressure environment at any time. There is no thermal runaway at 350°C or salting out at low temp and very good thermal stability 200~260°C for 3~10 seconds.
The AES power cells has sufficient strength against bending stress; a AES electrolyte sheet 80 µm thick was unbroken after repeated bending (curvature radius of approximately 5 cm). Because of the flexibility the electrolyte sheet it can withstand external stresses, such as those caused by vibration when used as the power source for automobiles.
AES Solid-state Power Cells advantages over traditional lithium-ion power cells
AES Solid-State Power Cell Advantages:
+ Very Safer
+ Lower Cost
+ Light Weighted
+ Take Up Less Space
+ Higher energy storage
+ No Organics Degrading
+ Performs well at high temperatures
+Short Manufacturing Production Time
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