As the use of robots expands in various industries such as logistics, serving, and patrol, demand for solutions that provide high efficiency and stability is rapidly increasing. As a result, the logistics robot and autonomous mobile robot markets are recording double-digit growth rates every year.
Logistics $ 230 | Serving $ 147 | Military&patrol $ 416 |
Unit: billion
The scope of activities is expanding from limited indoor spaces to wide outdoor areas such as roads and parks. Currently commonly used wired charging systems have various problems such as human intervention due to manual charging, risk of terminal damage, and low compatibility. As the number of devices rapidly increases or the service area expands to the outdoors, these problems become more prominent.
Wireless charging technology can be applied to various fields such as robots, electric vehicles, drones, and medical devices. It has outstanding strengths in terms of convenience, durability, safety, and automation.
The wireless charging market is expected to reach $6.4 billion in 2024 and $16 billion by 2029.
Source: MarketsandMarkets
OriginalPAD | COILSPAD | |
Transmitting coil | Single | Multi |
Charging time and
leakage magnetic field | 1Hour / 10uT | 48 minutes (20% reduction) /
4.7uT (53% reduction) |
Number of simultaneous
charging devices | 1unit | 3unit |
￦ 6.7 trillion
The global robot market is estimated to be worth about $50 billion in 2023 and is expected to grow to more than $100 billion by 2030.
￦ 1.3 trillion
The logistics robot market in 2023 will be worth approximately $15 billion, and wireless charging will be Approximately $4 billion, including applicable logistics, patrol, and military robotics sectors
￦ 270 billion
Focusing specifically on logistics robots, drones, and military robots, the initial SOM is estimated to be around $100 million to $200 million, equivalent to 5-10% of the total market.
Set serving robots in restaurants or unmanned delivery robots in factories as the primary target.
Operating a charging station targeting outdoor delivery robots or patrol robots Developing solutions for delivery drones targeting the global market
Developing and operating charging stations for robots and drones operating in special environments such as jungles, mountains, and underwater
Developed a wireless charging system as a charging solution for implantable medical devices
High-performance wireless
charging solution for mobile robots
As the use of robots expands in various industries such as logistics, serving,
and patrol, demand for solutions that provide high efficiency and stability
is rapidly increasing. As a result, the logistics robot and autonomous mobile
robot markets are recording double-digit growth rates every year.
Logistics robot$ 230 billion | Serving robot$ 147 billion | Military&patrol robots$ 416 billion |
The scope of activities is expanding from limited indoor spaces to wide
outdoor areas such as roads and parks. Currently commonly used wired
charging systems have various problems such as human intervention
due to manual charging, risk of terminal damage, and low compatibility.
As the number of devices rapidly increases or the service area expands
to the outdoors, these problems become more prominent.
Wireless charging technology can be applied to various fields such as robots, electric vehicles, drones,
and medical devices. It has outstanding strengths in terms of convenience, durability, safety, and automation.
The wireless charging market is expected to reach $6.4 billion in 2024
and $16 billion by 2029.
Source: MarketsandMarkets
Original PAD | COILS PAD | |
Transmitting coil | Single coil | Multi coil |
Charging time and leakage magnetic field | 1Hour / 10uT | 48 minutes (20% reduction) / 4.7uT (53% reduction) |
Number of simultaneous charging devices | 1unit | 3unit |
￦ 6.7 trillion
￦ 1.3 trillion
￦ 270 billion
The global robot market is estimated to be worth
about $50 billion in 2023 and is expected to grow
to more than $100 billion by 2030.
The logistics robot market in 2023 will be worth
approximately $15 billion, and wireless charging will be
Approximately $4 billion, including applicable logistics,
patrol, and military robotics sectors
Focusing specifically on logistics robots, drones,
and military robots, the initial SOM is estimated
to be around $100 million to $200 million,
equivalent to 5-10% of the total market.
Set serving robots in restaurants or unmanned delivery robots in factories as the primary target.
Operating a charging station targeting outdoor delivery robots or patrol robots
Developing solutions for delivery drones targeting the global market
Developing and operating charging stations for robots and drones operating
in special environments such as jungles, mountains, and underwater
Developed a wireless charging system as a charging solution for implantable medical devices
