Is it possible to optimize battery management and motor control?

　　Author ：Iflowpower – Fournisseur de centrales électriques portables

Most commercial drones flight distance about 10 minutes away. UAV long-distance flight can also be taken within 30 minutes. In order to fly 10 to 30 minutes, more than 90 minutes of charging time.

This battery problem is the biggest obstacle to the expansion of the drone market. This is because the leisure toy is low to estimate the factors of drone. Many companies are developing batteries that can be run for a long time.

In addition, some companies are committed to extending battery life by optimizing battery management and motor control measures. In 2015, it is critical to the consumption of unmanned aerial surgery for 3 million. It is expected that 10 million drones will be sold by 2020.

It will also grow into a desirable market segment. However, it is expected that this technology is not easy. A survey of recent IHS-market shows that about 50% in the market is that the battery life is no more than 30 minutes, and 35% of the drone can be between 31 to 60 minutes, only remaining 15% drone or the following level of drone, you can fly an hour.

The flight time is the primary task of drone, the IHSMarkit data transfer and management service senior decomposition master Stelioskotakis. For four-axis aircraft and professional drones, drones used in the company, flight time is more important, especially those other than visible sights. Express company hopes that the drone can extend battery life, they are using drone test transportation to understand drones can fly far.

Optimized battery management and motor control have not yet been completed to extend the life of the drone battery life. I believe that these two technologies can be completed in the future to enhance the life of the drone battery and flight time.