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Tattu Semi-solid State 330Wh/KG 76000mAh 10C 44.4V 12S1P Lipo Battery with QS12-S Plug

3 431,50 €
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Tattu Semi-solid State 330Wh/KG 76000mAh 10C 44.4V 12S1P Lipo Battery with QS12-S Plug

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Tattu Semi-solid State 330Wh/KG 76000mAh 10C 44.4V 12S1P Lipo Battery with QS12-S Plug
The Tattu Semi-solid state 330Wh/kg 76000mAh 44.4V 10C 12S1P Lipo Battery is a revolutionary semi-solid lithium battery, featuring high energy density and long service life.

Compared with traditional lithium batteries, Tattu Semi-solid State battery has a higher energy and lighter weight, can increase the battery endurance by 30% and cycle life more than of 500 (90% initial capacity). It is an ideal power solution for various industrial drones, including those used in mapping, inspection, surveying, delivery, and eVTOL applications.

These drones typically require a nominal discharge current of 1-3C, and this battery’s lightweight design, compact size, and extended flight time fully meet those demands.

Battery Specifications:
Capacity: 76000mAh
Voltage: 44.4V/12S
Max Peak Current: 10C
Net Weight: 10949g (±20g)
Size: 292*152*121mm
Discharge Connector Type: QS12-F
Balancer Connector Type: Molex
Features:
Energy Density:

330Wh/kg – This is a high energy density, suitable for applications where weight and energy storage are critical.

Safety Performance:

Voltage Range: From 4.2V to 2.75V when SOC is from 100% to 0%. This range suggests good safety management within the battery’s operating limits.

Discharge Rate:

Max Constant Current: 3C
Max Peak Current: 10C (for < 3 seconds)
These rates indicate the battery’s ability to deliver power quickly and efficiently.

Cycle Life:

Over 500 cycles – The battery maintains its performance over a significant number of charge-discharge cycles.
Technical Features:
1. Ultra-High Nickel Technology: Likely contributes to higher energy density and overall battery performance.

2. Silicon Carbon Anode: Enhances the battery’s capacity and cycling stability.

3. Coated Diaphragm Technology: Improves safety and performance by enhancing the separator's strength and stability.

4. Solid Electrolyte: Offers improved safety and performance, reducing the risk of leakage and enhancing the battery's life.

These features suggest a battery designed for high-performance applications, such as drones, electric vehicles, or other advanced electronics. If you have any specific questions or need further details, feel free to ask!

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