Wireless charging as a concept was first introduced more than 130 years ago. Moreover, the wireless power transmission concept was first developed by Nikola Tesla, a Serbian-American engineer and physicist, between 1888 and 1906. In the 19th century, Tesla devised a system to demonstrate wireless power transmission. Further, most of the wireless power transmission technologies have been based on Michael Faraday theory of electromagnetic induction. According to this theory, any change in the magnetic field of a coil of wire result in an electromotive force to be induced in the coil. In wireless power transmission, one coil which is connected with power supply produces varying magnetic flux. The magnetic field resulting in one coil produces current in another coil placed nearby. Prior to several technological advancements, wireless charging technology is presently gaining widespread prominence among consumer electronic goods such as smartphones, electric toothbrush, wearable devices, and kitchen appliances.

Read Report Overview: Autonomous Drone Wireless Charging and Infrastructure Market

The concept of wireless charging is to eliminate the use of wire and plug-in procedure for charging a device. This concept is quite beneficial in the drone industry to promote the level of autonomy in the drones. In this concept, the drones, which have a built-in receiver, automatically land on a wireless charging pad that acts as transmitter. Due to electromagnetic induction, the charging of drone can start automatically without the requirement of manual intervention. This concept is quite beneficial for beyond visual line of sight (BVLOS) operations, when the drone is far away from the ground station and operator. The wireless charging pad can be placed in between the flight routes of drones where drones can recharge its battery to continue its flight operations.

Factors Affecting the Global Autonomous Drone Wireless Charging and Infrastructure Market

The global autonomous drone wireless charging and infrastructure market is expected to witness a high growth rate during the forecast period 2019-2024, owing to the low battery life of drones required to operate in BVLOS ranges and growing need to increase flight duration.

However, stringent regulatory framework and safety concerns act as major challenges for the market. The rise of BVLOS drone market commercial domain is expected to create viable opportunities for the global autonomous drone wireless charging and infrastructure market.

The growth of autonomous wireless drone charging systems is majorly due to the low power backup of drones and need for increasing power-backup for drones. The rise in BVLOS drone services market is expected to generate huge opportunities for this market during the forecast period.

Inductive Technology to Dominate the Global Autonomous Drone Wireless Charging and Infrastructure Market

Inductive, resonant, and radio frequency (RF), and laser are some of the widely used technologies in the global autonomous drone wireless charging and infrastructure market. The following figure illustrates the market on the basis of the technology.

North America at the Forefront of the Autonomous Drone Wireless Charging and Infrastructure Market

The autonomous drone wireless charging and infrastructure market has witnessed various forms of market trends across different regions of the globe. Moreover, drone manufacturing companies across the world have recently witnessed a rising demand from countries such the China, U.K., India, Germany, and others. The following figure represents the global autonomous drone wireless charging and infrastructure market by region. It includes North America, Europe, Asia-Pacific, and Rest-of-the-World.

Competitive Landscape

The global wireless drone charging and infrastructure industry is presently one of the most competitive industries, with the leading players actively competing against each other to gain a greater share in the industry. The competitive landscape of the drone industry exhibits an inclination toward emerging strategies and developments by market players.

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The key players that are actively participating in the wireless drone charging and infrastructure system include ALKRAS LLC, Divisek Systems, Edronic, Global Transmission Energy Corporation, H3 Dynamics, HEISHA, HUMAVOX LTD., Powerlight Technologies, Shanghai Chu-Electronic Technology Co., Ltd, Skysense, Inc., SkyX Systems Corp., Solace Power Inc., Semtech Corporation, SZ DJI Technology Co., Ltd., WiBotic Inc., WiPo Wireless Power Pty Ltd, and Witricity Corporation.

The prominent players in the autonomous drone wireless charging and infrastructure market have adopted key strategies of product launches, contracts, mergers, and acquisitions to expand their businesses. The companies are also involved in some of the other developments that include demonstration, integration, and business expansion, among others.Numerous investments have taken place in the recent past in the drone space, which shows a significant degree of interest of industry leaders in this market.
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