Why is LiPo (lithium polymer) still the mainstream battery, rather than the more energy-dense Li-ion (lithium ion)
LiPo's >100C instantaneous discharge capability (common Li-ion batteries only have 5-10C)
Meets the requirements for emergency climbs and wind-resistant maneuvers for drones
At the same power, LiPo is 15-30% lighter than Li-ion (the difference between semi-solid-state and solid-state batteries and Li-ion batteries is even greater).
Every gram of weight translates into flight time (industry rule: 100g weight reduction ≈ 1 minute of flight time increase).
The soft-pack structure slowly releases expansion pressure, allowing for slow leakage when punctured (cylindrical Li-ion batteries are prone to explosion)
Failure mode with a more favorable crash risk.
At -20°C, LiPo's voltage retention rate exceeds Li-ion by 20%+.
Ensures reliability in extreme operating conditions for industrial applications such as surveying and inspection.
Emerging LiHV (high-voltage lithium-polymer) is breaking through energy density bottlenecks and may become a new solution for balancing endurance and burst performance
https://www.aplic-battery.com
E-mail:[email protected]
Whatsapp:+86 150 1498 1379
