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Our company's "wireless power transfer technology" overcomes the weaknesses of conventional wireless power transfer through our unique technology that surpasses magnetic resonance methods. It eliminates the need for repositioning work, significantly reducing the burden and costs for operators. It also eliminates the risk of work interruption and maximizes production efficiency through continuous operation. With stable power supply, it maintains the operational accuracy of robots at an appropriate level at all times. [Our Strengths] 1. Strong against distance variations 2. Transmits constant power across the entire range 3. Easy integration into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our company's "wireless power transmission technology" has overcome the weaknesses of conventional wireless power transmission through our unique technology that surpasses magnetic resonance methods. We eliminate the risk of efficiency decline due to positional fluctuations. Our high-efficiency production lines can operate safely 24 hours a day, 365 days a year. Stable power supply improves manufacturing quality, with no adverse effects on precision machining. 【Our Strengths】 1. Strong against distance variations 2. Constant power transmission across the entire range 3. Easy integration into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our company's "wireless power transmission technology" has overcome the weaknesses of conventional wireless power transmission with a unique technology that surpasses magnetic resonance methods. It maintains a stable power supply regardless of the posture and movement of the arm, achieving high operational efficiency and reducing maintenance work. You are completely freed from the complexities of wiring, the risk of disconnection, and replacement work. This simplifies equipment design and dramatically improves on-site efficiency. 【Our Strengths】 1. Strong against distance variations 2. Transmits constant power across the entire range 3. Easy integration into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our company's "wireless power transmission technology" has overcome the weaknesses of conventional wireless power transmission through our unique technology that surpasses magnetic resonance methods. With zero contact parts, cleaning operations in painted environments are no longer necessary, significantly reducing the burden and costs on-site. Freed from wiring constraints, the freedom of movement and operational precision at the end of the arm have dramatically improved. Complex and delicate tasks can now be performed wirelessly with high precision. [Our Strengths] 1. Strong against distance variations 2. Transmits constant power across the entire range 3. Easy integration into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our company's "wireless power transmission technology" has overcome the weaknesses of conventional waterproof charging through our unique technology that surpasses magnetic resonance methods. There is no need for water film removal or contact cleaning. Charging can be done immediately even after bad weather, dramatically improving work efficiency. Since charging can be done at a constant power regardless of the state of the water film, accurate operational planning can be established, maximizing uptime. 【Our Strengths】 1. Strong against distance variations 2. Transmits constant power across the entire range 3. Easy integration into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our company's "wireless power transmission technology" has overcome the weaknesses of conventional wireless power transmission through our unique technology that surpasses magnetic resonance methods. There are no power supply failures due to distance variations. It is unaffected by water currents or schools of fish, ensuring that underwater pumps and monitoring equipment operate reliably, stabilizing the aquaculture environment. [Our Strengths] 1. Strong against distance variations 2. Consistent power transmission across the entire range 3. Easy integration into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our company's "wireless power transmission technology" has overcome the weaknesses of conventional wireless power transmission through our unique technology that surpasses magnetic resonance methods. We eliminate the risk of sudden failures, allowing production lines to operate safely 24 hours a day, 365 days a year. Since no wear powder is generated, there is no adverse effect on precision sensors, contributing to quality improvement. 【Our Strengths】 1. Strong against distance variations 2. Consistent power transmission across the entire range 3. Easy integration into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our company's "wireless power transmission technology" has overcome the weaknesses of conventional wireless power transmission through our unique technology that surpasses magnetic resonance methods. With stable power supply unaffected by axis deviation, we improve sensor accuracy and guarantee data quality. We eliminate data anomalies caused by power fluctuations, consistently providing reliable measurement data. 【Our Strengths】 1. Strong against distance variations 2. Transmits constant power across the entire range 3. Easy integration into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our company's "wireless power transmission technology" is a unique technology that overcomes the weaknesses of conventional wireless power transmission. It enables efficient power delivery over practical distances without the need for excessively large equipment, and it can be easily integrated into existing lines. Using a magnetic field that allows for underwater power transmission, it enables stable power transfer even in underwater environments. It also contributes to reducing the complexity of waterproof structures and maintenance costs. 【Our Strengths】 1. Strong against distance variations 2. Transmits constant power across the entire range 3. Easy integration into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our company's "wireless power transmission technology" has overcome the weaknesses of conventional wireless power transmission through our unique technology that surpasses magnetic resonance methods. It enables high-speed transport even for large workpieces, significantly improving production efficiency and maximizing throughput. There is no need for larger equipment, which helps to reduce initial investment. It also minimizes energy loss and lowers running costs. 【Our Strengths】 1. Strong against distance variations 2. Transmits constant power across the entire range 3. Easy to integrate into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our company's "wireless power transmission technology" overcomes the weaknesses of conventional wireless power transmission through our unique technology that surpasses magnetic resonance methods. It enables efficient power transmission at practical distances without the need for excessively large equipment, making it easy to integrate into existing lines. While conventional methods experience significant power fluctuations with changes in distance, our technology transmits a constant power across the entire range. It is designed for easy control and high reliability. 【Our Strengths】 1. Resistant to distance variations 2. Transmits constant power across the entire range 3. Easy to integrate into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our company's "wireless power transmission technology" has overcome the weaknesses of conventional wireless power transmission through our unique technology that surpasses magnetic resonance methods. Charging starts automatically even if the AGV's stopping position is misaligned. There is no need for manual position adjustments by operators. This reduces waiting time for charging and position adjustments, significantly improving the operational rate of AGVs and enhancing logistics efficiency. 【Our Strengths】 1. Strong against distance variations 2. Consistent power transmission across the entire range 3. Easy integration into existing lines *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

Our "wireless power transmission technology" is a unique technology that overcomes the weaknesses of conventional wireless power transmission. It is robust against distance variations and achieves highly practical power delivery. Even with vibrations from a rotating platform or positional shifts, it maintains stable power transmission. It can operate stably in real-world environments where other technologies have struggled. Additionally, while traditional methods saw significant power fluctuations with changes in distance, our technology transmits a constant power across the entire range. It features simple control and a highly reliable design. [Features] ■ Exceptionally strong against distance variations ■ Same power from distance 0 to the limit ■ Transmission distance is approximately the size of the coil *For more details, please download the PDF or feel free to contact us.

• Charger
• Other energy equipment

The "wireless power transmission" we are working on is suitable for powering wet items and those where electrical contacts cannot be used (such as in seawater). It is also ideal for charging devices like automated guided vehicles that cannot stop accurately. It features no sensors for sensing the position of the power transmission coil and the receiving coil, no signal transmission required between the transmission side and the receiving side, no need for digital control devices, and a large margin for positional deviation between the transmission coil and the receiving coil. 【Features of Wireless Power Transmission】 ■ No sensors for sensing the position of the transmission coil and the receiving coil ■ No signal transmission required between the transmission side and the receiving side ■ No need for digital control devices ■ Large margin for positional deviation between the transmission coil and the receiving coil ■ Transmission distance is approximately equivalent to the coil size *For more details, please download the PDF or feel free to contact us.

• Charger

The "wireless power transmission" that we are working on is suitable for charging items that cannot be stopped accurately, such as automated guided vehicles. It is also suitable for powering wet items or those that cannot use electrical contacts (such as in seawater). It features the absence of sensors to sense the positions of the transmission coil and the receiving coil, no need for signal transmission between the transmission side and the receiving side, and no need for digital control devices. **Features of Wireless Power Transmission** - No sensors to sense the positions of the transmission coil and the receiving coil - No need for signal transmission between the transmission side and the receiving side - No need for digital control devices - Large margin for positional misalignment between the transmission coil and the receiving coil - Transmission distance is approximately equivalent to the coil size *For more details, please download the PDF or feel free to contact us.*

• Charger

We are currently seeking partners for the development and commercialization of wireless power transfer (users with applications, joint development of coils and power electronics). Our approach to wireless power transfer is characterized by its strong resistance to misalignment (no control required). The coupling coefficient between the transmitting and receiving coils and the power supplied are unrelated up to the critical distance. The transmission efficiency, measured as the overall efficiency from input AC to output DC, currently stands at 85% based on experimental values. If you are interested, please feel free to contact us. 【Features of Wireless Power Transfer】 - No sensors to sense the position of the transmitting and receiving coils - No signal transmission required between the transmitting and receiving sides - No digital control devices needed - Large margin for misalignment between the transmitting and receiving coils - Transmission distance is approximately equivalent to the coil size *For more details, please download the PDF or feel free to contact us.

• Charger

This document provides a detailed explanation of Adtex's efforts in wireless power transfer. It includes information on the methods of wireless power transfer, coil misalignment, usage examples, provisional specifications, comparisons with magnetic resonance methods, and an overview of electromagnetic induction-based wireless power transfer technologies. Wireless power transfer is particularly suitable for charging items that cannot be accurately stopped, such as automated guided vehicles, as well as for powering wet items or those that cannot use electrical contacts (such as in seawater). 【Contents (partial)】 ■ Overview of wireless power transfer ■ Coil misalignment ■ Features ■ Usage examples ■ Provisional specifications ■ Adtex intellectual property *For more details, please download the PDF or feel free to contact us.

• Charger

We would like to introduce our company's development achievements in "Matrix Converters." We have developed a product with an input/output voltage rating of 3-phase 200V, an output motor capacity of 7.5kW, and a size of 260mm × 200mm (approximately the size of B5 paper). Matrix converter technology is expected to be applied not only in motor drives but also particularly in electric vehicles, represented by rapid chargers. Please feel free to contact us when needed. 【Development Achievements】 ■ Input/Output Voltage Rating: 3-phase 200V ■ Output: Motor Capacity 7.5kW ■ Size: 260mm × 200mm (approximately the size of B5 paper) *For more details, please download the PDF or feel free to contact us.

• converter

We would like to introduce the "75kW Matrix Converter" that we handle. The load of the inverter panel equipped with the 75kW matrix converter is a three-phase induction motor (75kW) plus a limit load fan. Main features include instantaneous overcurrent protection, overload protection, input voltage overvoltage protection, input voltage undervoltage protection, overheating protection, and motor internal heating protection via a PTC thermistor input circuit. 【Specifications (partial)】 ■ Applicable motor capacity: 75kW ■ Rated current: 264A ■ Overload current rating (the percentage values are ratios to the rated output current of the inverter) ・120% for 60 seconds, 150% for 3 seconds ■ Rated voltage: 3-phase 200V ■ Output frequency: 10–200Hz *For more details, please download the PDF or feel free to contact us.

• converter

Here are the benefits of the "Matrix Converter." It has a high power factor (above 0.98), theoretically reaching 1.0 (with reactive power = 0). This offers advantages such as reduced equipment capacity due to efficient use of equipment and lower electricity costs (basic fees). Additionally, since there is no need to install harmonic suppression devices (AC reactors, DC reactors, harmonic suppression equipment), installation costs and power losses after installation can be minimized. [Features] - Reduction of equipment capacity due to efficient use - Lower electricity costs (basic fees) - No need for installation of harmonic suppression devices *For more details, please download the PDF or feel free to contact us.

• converter

Let me introduce you to the "Matrix Converter." An inverter converts alternating current (AC) power input from an external AC power source into direct current (DC) power, and then further converts it into suitable alternating current (AC) power for output. As a result, energy loss due to power conversion occurs twice. On the other hand, a matrix converter can directly convert the input alternating current power into suitable alternating current power for each electrical device. Therefore, energy loss due to power conversion occurs only once, improving power conversion efficiency. 【Features】 ■ Directly converts alternating current power into suitable alternating current power for each electrical device ■ Energy loss due to power conversion occurs only once ■ Improved power conversion efficiency *For more details, please download the PDF or feel free to contact us.

• converter