Introduction: Industry 4.0 has brought about a new age of smart, intelligent, connected, and productive industrial operations. Wireless power is one of the many technologies that is enabling this shift and is essential to the smooth functioning of autonomous mobile robots (AMRs) and automated guided vehicles (AGVs). In this expert analysis, we examine the critical function that wireless power performs in augmenting AGV and AMR communication in the context of Industry 4.0.

Industrial Automation’s Evolution

You must grasp the history of industrial automation before diving into the details of wireless power. The foundation for Industry 4.0 was established by the first three industrial revolutions, which were characterized by mechanization, electrification, and computerization, in that order. The current phase is defined by the creation of a very smart, intelligent, and networked (connected and data-enabled) industrial environment through the integration of smart technologies, data analytics, and the Internet of Things (IoT). This progress has led to increased productivity, precision, and efficiency, as well as the development of smart factories and predictive maintenance, which have ushered in a new era of highly linked and optimized industrial processes.

The Rise of AGVs and AMRs

Automated guided vehicles (AGVs) and autonomous mobile robots (AMRs) have emerged as indispensable assets in modern manufacturing and logistics. These robotic systems optimize material handling, increase operational efficiency, and reduce human intervention in mundane and repetitive tasks. AGVs and AMRs operate seamlessly in dynamic environments, adapting to changes in real-time, and are integral to the agile and responsive nature of Industry 4.0. The integration of AMR and AGV has greatly increased productivity across a range of industries, including manufacturing, warehousing, e-commerce, automotive, and healthcare. It has also reduced the use of human (manual) labour and streamlined processes. As these robotic technologies develop further, they will become increasingly important in the continuous shift of businesses toward operational models that are more flexible, automated, and adaptable.

Challenges with Connectivity in AMR and AGV Operations

The ability to connect is essential to AGV and AMR operations. To connect with one another, with centralized control systems, and with other intelligent devices in the industrial environment, these robots need a strong network infrastructure. Conventional cable connections limit the versatility and scalability of these robotic systems in dynamic and constantly changing industrial situations. Here’s where wireless power shows up as a game-changing idea. Concerns about cybersecurity also surface, necessitating the implementation of strong safeguards to protect sensitive information and stop illegal access. Since continuous connection is essential to AMR and AGV efficacy and to safe and successful autonomous operations in dynamic industrial environments, resolving these connectivity issues is critical to realizing the full potential of these advanced machines.

Wireless Power: An Enhanced Connectivity Catalyst

To overcome the communication issues that AGVs and AMRs encounter, wireless power, which is sometimes used interchangeably with cordless charging or contactless charging, is essential. These robotic systems become more nimble, flexible, and scalable when the requirement for physical connections is removed. Connectivity is improved by wireless power in the following ways:

  1. Flexibility and Portability

Wireless power technology gives AGVs and AMRs the ability to roam freely, seamlessly, and unrestricted by wired connections (cables and cords). Their capacity to adapt not only makes them more agile but also enables them to function well in situations where things are always changing. This dual skill is necessary for quick solutions to problems that arise in real-time in a variety of sectors, such as production floors and warehouse operations. These robotic systems are the perfect example of the efficiency and adaptability needed to succeed in the ever-changing field of industrial automation since they combine flexibility and agility.

  1. Enhanced Uptime

When AGVs and AMRs are operating, wireless power allows for continuous charging. This ensures that these robotic systems can run continuously with little or no downtime  (minimum or no standby) by doing away with the requirement for manual charging stations and thus increasing uptime, which will have a very positive impact on RoI. In addition, technological developments like machine learning algorithms and the Industrial Internet of Things (IoT) help create predictive models that anticipate the health of equipment, reducing downtime and extending asset lifetime. Improved uptime not only guarantees ongoing operations but also promotes cost-effectiveness and competitiveness in sectors of the economy that depend on continuing output and services.

c. Scalability

Scalability is critical in a dynamic industrial environment. AGVs and AMRs may be added or removed with ease thanks to wireless power, saving time and headaches associated with infrastructure rewiring or reconfiguration. The capacity to scale is essential for satisfying the needs of changing manufacturing procedures. The capacity to gradually increase the fleet of AGVs or AMRs to satisfy increasing needs is another example of scalability, which is made possible by their modular architecture and interoperability. Because AGVs and AMRs are scalable, automation systems can be customized to meet changing industry requirements. This makes them a flexible and long-term option for increasing output and efficiency in dynamic manufacturing and logistics settings.

d. Redundancy and Reliability

Redundancy is added to the power supply system by wireless power. Because AGVs and AMRs may draw power from several sources, they can continue to function even if one source fails. In situations where dependability is crucial, this improves the reliability of these robotic systems. An organization may greatly increase the overall dependability and continuity of its operations by deliberately adding redundant elements and giving reliability top priority in design and maintenance. In mission-critical contexts, where system failures might have serious repercussions, the symbiotic link between redundancy and dependability is crucial for maintaining a high level of operational integrity and limiting the likelihood of interruptions. And considering the advancement of wireless power in the last few years, we can either wirelessly power these AGVs or AMRs either in static wireless charging mode (one long charge), dynamic wireless charging mode (wirelessly charging them while in motion, running around the factory floor), or opportunity wireless charging mode (wireless charging them in transit—when they stop to load or unload a parcel or person).

e. Connectivity with Data Analytics and IoT

Wireless power is only one example of how technology integration is where Industry 4.0 shines. The Internet of Things (IoT) and data analytics platforms are easily integrated with AGVs and AMRs when they are outfitted with contactless charging or wireless charging. Predictive and preventative maintenance techniques are made possible by the integration of wireless power technology, which offers real-time insights into the effectiveness, efficiency, and maintenance needs of these robotic systems. The Internet of Things (IoT) integration makes it easier to remotely monitor, operate, and coordinate AGVs and AMRs, allowing for dynamic modifications in response to shifting circumstances. This networked ecosystem promotes continual development and adaptation in the face of changing industrial environments by empowering enterprises to make data-driven choices and streamline processes. Wireless power technology offers advantages in terms of cost and environmental impact, in addition to operational efficiency. Furthermore, businesses benefit from reduced operational expenses and a stronger return on investment due to the enhanced uptime and dependability of AGVs and AMRs.

f. Prospects and Difficulties for the Future

The relevance of wireless power in improving AGV and AMR communication is expected to grow as Industry 4.0 develops. The broad adoption of wireless power technology will be facilitated by standardization initiatives, growing industry knowledge, and advancements in wireless charging. To guarantee the smooth integration of wireless power in industrial settings, however, issues like interoperability, security concerns, and the requirement for a strong regulatory framework must be addressed. Standardization, cybersecurity issues, and the requirement for a smooth connection with the current infrastructure are still problems, nevertheless. Realizing the full potential of AGVs and AMRs will require striking a balance between innovation and resolving these challenges, assuring their effective integration and broad acceptance in the ever-changing industrial automation landscape. And wireless power technology is one such technology that will facilitate sustainability and keep your system future-proof.


The convergence of wireless power technology with the evolution of Industry 4.0 has positioned autonomous mobile robots (AMRs) and automated guided vehicles (AGVs) as pivotal contributors to the smart, intelligent, and connected industrial landscape. Wireless power not only addresses vital charging issues through cables, ports, and copper plates but also critical connectivity challenges and also serves as a catalyst for agility, enhanced uptime, scalability, and reliability in these robotic systems. As we anticipate a future marked by increased standardization, industry awareness, and technological advancements, addressing remaining issues such as interoperability and cybersecurity will be crucial. Striking this balance between innovation and overcoming challenges is paramount for unleashing the full potential of AGVs and AMRs, ensuring their seamless integration, and embracing their transformative role in the dynamic realm of industrial automation.

Wired and Wireless Technologies (WAWT), through its comprehensive research on the wireless power market titled ‘Wireless Power Intelligence Service’, covers various types of wireless power technology solutions using different frequency levels, be it inductive, resonance, NFC, RF, or infrared-based. WAWT monitors the use of different types of wireless power technology solutions developed and adopted by more than 30 different types of application markets across automotive, consumer, computing, wearables, hearables, medical/healthcare, industrial, robotics, retail, infrastructure, and other sectors. WAWT  has dedicated coverage of the industrial sector from a wireless power perspective, including industrial applications such as IoT sensors, AGVs, AMRs, slip rings, and others.Reach out to our subject matter experts (SMEs) at and follow our LinkedIn page (WAWT) for the latest market trends and updates on wireless power and allied technologies.

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