As industrial automation progresses towards refinement and compactness, mobile robots, AGVs, and other equipment have higher demands for the flexibility and space adaptability of wireless charging modules. Recently, Qing WIRELESSPT has officially launched a split-type 1200W/3000W wireless charger, centered on topological technology, achieving the ultimate reduction in size and stable performance output, breaking the industry's dilemma of "large size" for split-type products, and providing a new solution for wireless power supply for multi-scenario industrial equipment.

Don't blindly follow the trend: WIRELESSPT's split-type products start from technological breakthroughs based on scene pain points

As a deep player in the industrial-level wireless charging field, WIRELESSPT has long focused on the research and development of integrated wireless chargers and has accumulated rich industry experience and technical expertise.

Unlike most manufacturers who prioritize split-type products for promotion, WIRELESSPT bases its layout on scene requirements and steadily develops topological technology over many years. "The core value of industrial wireless charging is not just 'wireless', but adapting to the scene and solving practical pain points." WIRELESSPT, "Investing resources in the research and development of split-type products, the core is to discover that existing split-type products in the market generally have a larger size, making it difficult to adapt to narrow chassis and limited space scenarios. The optimization breakthrough of topological technology enables us to create more tailored small-sized products, improving the product matrix and covering more niche scenarios."

Core highlights: A breakthrough in miniaturization with full parameters

This split-type 1200W/3000W wireless charger from WIRELESSPT stands out primarily for its "extreme miniaturization", all of which stem from the independently optimized topological technology - by reconfiguring the circuit topology structure and optimizing the energy transmission path, while ensuring stable power output, the product size is significantly compressed.

To make the advantage of "small size" more intuitive, the thickness of its energy coupling unit (receiving coil) can be compressed to 25mm, which is exactly the diameter of a one-yuan coin (the diameter of a one-yuan coin is approximately 25mm), and compared to industry similar split-type products, the volume is reduced by more than 30%, becoming an outstanding split-type industrial wireless charger in terms of miniaturization, completely solving the problem of installation in narrow spaces.

In addition to the extreme miniaturization advantage, the core competitiveness of the product lies in its extremely high charging freedom, which is a key highlight differentiating it from industry similar products: Both specifications support long-distance wireless charging, with a charging distance of 10-30mm, allowing stable power supply without precise alignment; it also has an extremely large offset tolerance, with a horizontal offset of ±20mm and a vertical offset of ±15mm, significantly reducing the difficulty of equipment alignment, adapting to complex situations such as equipment positioning deviations and vibrations in industrial scenarios, further enhancing the convenience and stability of charging, and both specifications support IP67 protection level, suitable for various complex industrial environments.

Scene深耕： Integrated as the main force， split-type as a supplementary to meet niche size requirements scenarios

WIRELESSPT's integrated wireless chargers have widely adapted to most industrial scenarios. This split-type 1200W/3000W wireless charger precisely focuses on size-sensitive niche scenarios， with targeted design optimization， different from ordinary split-type products， forming a complementarity with integrated products， further improving the product matrix and meeting the diversified wireless charging needs of different industrial scenarios.

Scenario one： Four-way shuttle vehicles in warehousing and logistics - Ultra-thin adaptation， unlocking new possibilities for compact space installation The four-way shuttle vehicle in warehousing and logistics aims to efficiently utilize warehouse space and enhance operational efficiency. Therefore, the chassis design is extremely compact with narrow gaps. Traditional charging modules are too large to fit and require modifications to the original equipment structure during installation, which not only increases the renovation cost but also may affect the flexibility of equipment operation. The WIRELESSPT modular product, with its 25mm ultra-thin energy coupling unit, can be directly embedded in the gap of the shuttle vehicle. The power conversion unit can be flexibly installed in a spacious position on the vehicle body without modifying the original equipment structure. It also supports "immediate charging upon parking", reducing the renovation cycle and cost, and helping to improve the efficiency of warehousing and logistics.

Scenario 2: Small underground inspection robot - Compact design, ensuring power supply in harsh environments

The small underground inspection robot in coal mines needs to operate continuously in narrow tunnels and damp, dusty harsh environments. The body design is extremely compact, and the internal space is extremely limited. Traditional charging modules are too large to be compatible and have insufficient protection performance, which can easily cause charging failures and affect the inspection progress. The WIRELESSPT modular product is small in size and can be easily embedded in the robot's interior. It is equipped with IP67 protection level, achieving dustproof, waterproof, and interference-proof functions. The 3000W high-power output can quickly replenish energy, ensuring the continuous and stable inspection of the equipment for 24 hours, completely solving the problems of charging difficulty and installation difficulty for small underground inspection robots.

Scenario 3: Small workshop AGV (micro load) - Lightweight design, enhancing workshop operational efficiency

In automotive manufacturing workshops and electronic factories, micro-load AGVs with small bodies and limited loads have strict requirements for the size and weight of the charging module. Traditional charging modules are large in size and weighty, and after installation, they will increase the load of the AGV, affecting its flexible movement and endurance. The WIRELESSPT modular product, with its ultra-small design and lightweight advantage, can be easily embedded in the body of the micro AGV without increasing the equipment load or affecting its mobility flexibility. It supports "immediate charging upon proximity", without the need for manual intervention, and the 1200W specification is suitable for rapid energy replenishment of small micro AGVs, while the 3000W specification is suitable for heavy-duty small AGVs. This effectively reduces downtime and improves the automation efficiency of the workshop.

Scenario 4: Small pipe gallery inspection robot - Compact design, meeting the requirements of inspecting narrow spaces

Small inspection robots in power pipe galleries and comprehensive pipe galleries need to move flexibly in narrow and enclosed pipe galleries. The body design is extremely compact, and there is no extra space for installing charging modules. Traditional charging modules cannot be compatible due to size issues, resulting in inconvenient charging and limited inspection efficiency. The WIRELESSPT modular product, with its ultra-small design, can be flexibly embedded in the robot's interior without occupying additional space. It also has excellent anti-interference performance and can still provide stable power supply in complex power environments without modifying the original structure of the robot, easily solving the core problems of charging difficulty and installation difficulty for small pipe gallery inspection robots.

Strength endorsement: Technical team support, full process quality control

The differentiation advantages of the product stem from WIRELESSPT's strong technical research and development capabilities and team strength. The company has been deeply engaged in the industrial wireless charging field for many years and has formed a research and development team composed of senior engineers in power electronics, automatic control, and materials science. The core members have over 10 years of industry experience and focus on breakthroughs in core fields such as topology technology and magnetic resonance technology. They have accumulated more than 100 patent technologies, many of which are at the advanced level in the industry. Relying on the modern manufacturing base in Yantai with an annual production capacity of 20,000 sets, WIRELESSPT has achieved full-process self-control from technology research and development, product production to quality inspection, and has established a strict quality control system to ensure that each product can meet the strict requirements of industrial scenarios. "We have always adhered to the concept of 'technology adapting to scenarios, products serving customers', and the integration and split products complement each other. The complete product matrix can provide more precise and flexible wireless charging solutions for customers in different scenarios and with different needs, helping the industrial automation industry achieve high-quality development," said the product manager of WIRELESSPT.

Industry Outlook: Leading the trend of miniaturization of industrial wireless charging through technological innovation

Currently, the global AGV wireless charging market is expanding rapidly, and the demand for wireless charging adaptability in industrial automation is continuously increasing. Miniaturization, high reliability, and high adaptability have become the core development trends of the industry. The launch of the WIRELESSPT split-type 1200W/3000W wireless charger, with its topological technology advantages and extreme miniaturization design, has filled the gap in adaptation for size-sensitive niche scenarios, demonstrating the company's technological research and development capabilities and further improving the product matrix, providing a more adaptable wireless charging option for the industrial automation field.

In the future, WIRELESSPT will continue to deeply focus on the industrial wireless charging field, focus on scenario needs, promote technological iteration, and launch more high-quality products that are in line with the actual needs of the industry, helping the industrial automation industry achieve more efficient, convenient, and safe energy supply models.