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Optimizing Your Drone Fleet Using WiBotic Wireless Power Solutions Drone Battery Intelligence Now say, on average, you have to charge this drone 20 times a day. 20 24 Which means the battery needs to be replaced every 10 days. That’s a lot of battery changing! 10 WiBotic can improve the life of the battery by 10 times! 10 A drone can fly for 30 minutes and then needs to be recharged for 30 minutes. 30 This means the drone can do 24 missions in a day. We know the average battery life in this drone lasts only 200 sessions. 200 wibotic.com How does WiBotic improve battery life by 10 times, you ask? Two ways: By monitoring several different components of each individual robot battery and, in turn, maximizing that specific battery’s lifetime. By dynamically monitoring how an entire fleet of robots operates and using that data to create a custom operational plan to optimize the life of the entire collection of batteries in that specific fleet of robots. 1 2

Drone Battery Intelligence · A drone can ˜y for 30 minutes and then needs to be recharged for 30 minutes. 30 This means the drone can do 24 missions in a day. We know the average

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Page 1: Drone Battery Intelligence · A drone can ˜y for 30 minutes and then needs to be recharged for 30 minutes. 30 This means the drone can do 24 missions in a day. We know the average

Optimizing Your Drone Fleet Using WiBotic Wireless Power Solutions

Drone Battery Intelligence

Now say, on average, you have to charge this drone 20 times a day.

2024

Which means the battery needs to be replaced every 10 days. That’s a lot of battery changing!

10WiBotic can improve the life of the battery by 10 times!

10

A drone can �y for 30 minutes and then needs to be recharged for 30 minutes.

30This means the drone can do 24 missions in a day.

We know the average battery life in this drone lasts only 200 sessions.

200

wibotic.com

How does WiBotic improve battery life by 10 times, you ask? Two ways:

1 2By monitoring several di�erent components of each individual robot battery and, in turn, maximizing that specific battery’s lifetime.

By dynamically monitoring how an entire �eet of robots operates and using that data to create a custom operational plan to optimize the life of the entire collection of batteries in that specific �eet of robots.

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