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260wh/kg Lithium-Ion Semi Solid State Batter for Drone Uav Battery KNS-260-18AH12S

KNS-260-18AH12S
KNS solid state lithium battery
The best battery scheme for heavy load and long flight time:
Low weight
High energy
Small volume
High security
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High voltage 3.85v Lithium-Ion Semi Solid State Batter for Drone Uav Battery KNS-260-18AH12S

PRODUCT DESCRIPTION

1. High Capacity Density: 260Wh/kg

2. Discharge Rate: Discharge 5C~10C

3. Longer Cycle-Life: 600cycles

4. High voltage version: 3.6-3.86V 

Model

KNS-260-12S18Ah

Capacity(milliamps - amp hours)

18000mAh - 18Ah

Nominal voltage

12S 46.2v

Maximum voltage

52.8v

Minimum voltage

31.8v

Recommended landing voltage(air)

18v

Recommended cut-off voltage(ground)

33.6v

Chemistry

Semi-solid state li-ion

Maximum continuous discharge

5C 3mins

Maximum charge current

10C 10 seconds

Watt hours

831.6 Wh

Energy density

231Wh/kg

Length

182mm

Width

72mm

Height

136mm

Weight

3600g

SKU

Semi-solid state li-ion-30000-14S-Pack

 
The advantages of Solid-state batteries over lipo batteries:
  1. Our battery is a solid lithium battery, which is about 30% higher in Energy Density than most liquid lithium batteries on the market.
  2. Its higher energy density provides extra 30% Endurance in comparison to the same  weight Lipo battery.
  3. Compared with li-ion battery, it features with Max 10C Discharge Rate.
  4. The battery Cycle-Life can be over 600 times. There is no obvious capacity loss after 500 cycles at 3C rate.
  5. There is no risk of thermal control, and it is more stable to work at high temperature, which is not easy to fire or explode. Will not appear serious swelling problem, our battery life cycle expansion rate of less than 5%.

Application:

Solid-state UAV batteries (uav battery)can provide more durable energy support for VTOL UAVs and solid battery uav multi-rotor UAVs battery uav, thereby increasing their operation time in mapping, reconnaissance, surveillance, photography, transportation, first aid and other scenarios.  
Its high energy density and lightweight design enables the UAV to maintain good flight performance while extending its flight time and improving operational efficiency and quality.