September 3 (Wed) Webinar "Mechanisms of High-Efficiency Energy Transfer in Non-Contact Charging Technology (MIT Method) Using Resonance Method and Response to Electromagnetic Wave Noise"

Explanation of the characteristics of LIB regarding fast charging, the charge and discharge characteristics of LIB materials, and charge and discharge management.

This book describes the "Rapid Charging Performance, Durability, and Market Outlook of Onboard LIBs." As the adoption of electric vehicles (EVs) progresses, there has been an increasing demand for shorter charging times, extended driving ranges, and reduced vehicle prices. This report explains the characteristics of LIBs related to rapid charging, the charge and discharge characteristics of LIB materials, degradation diagnosis technologies, and charge and discharge management. Additionally, it reports on the market trends of onboard LIBs and LIB materials over the past few years. [Features] - Explains the relationship between EV battery systems and temperature/time, rapid charging of onboard batteries, and charging rates. - Introduces the cycle characteristics of battery properties, practical use as solid electrolytes, and applicability to all-solid-state electrolytes. - Discusses energy management technologies from the perspective of HEVs/EVs and challenges in management control. - Details degradation diagnosis technologies for LIBs, impedance methods, and charge and discharge management in rapid charging. - Researches market trends in onboard LIBs and LIB materials. *When applying, please download the order form from the PDF download. *For more details, please refer to the PDF materials or feel free to contact us.

• others

We primarily investigated the development status around the world regarding charging infrastructure, including power supply while parked and in motion, electrified roads, and battery swapping.

This report compiles various methods of wireless power transfer, development manufacturers, and partnering automobile manufacturers from the perspective of charging infrastructure. It also describes major electrification road projects in various countries. The report investigates the background of "high output" towards the implementation of social infrastructure, examining trends in technology development, business expansion, market forecasts, and government movements. **Features of this report:** ➢ Comprehensive coverage of major electrification road (contact/non-contact) projects in various countries, including development manufacturers and research content. ➢ A list of various methods of wireless power transfer, development manufacturers, and partnering automobile manufacturers. ➢ Insights into China, which leads the EV bus market, and companies entering Europe and North America, along with their business strategies. ➢ EV trucks that are considering various charging methods such as rapid charging, battery swapping, and overhead charging. ➢ Market forecasts for wireless power transfer systems for stationary and moving vehicles worldwide, along with an exploration of the industry background. ➢ Trends in the technological development of "road surface solar power generation" and the business expansion of France's Colas with its Wattway Pack. ➢ The increase in spots for regular and rapid chargers, and the background of the global trend towards high output. ➢ Future plans of major players in battery swapping, which is gaining traction in China and Taiwan, and government movements.

• Charger

Kanadebia Co., Ltd. will be exhibiting at the "9th Railway Technology Exhibition 2025 Mass-Trans Innovation Japan 2025" held at Makuhari Messe. This exhibition has been held since 2010 as a comprehensive trade fair where various railway-related technologies, including railway and transportation systems, infrastructure technology, facilities, power, transportation, operation management, vehicles, interiors, and passenger services, come together. Please be sure to check out the "Railway Camera System" offered by Kanadebia. We sincerely look forward to your visit.

On November 20, 2025 (Thursday) and December 2, 2025 (Tuesday) from 11:00 to 14:00, our representative, certified public accountant and tax accountant Koichi Yokoyama, will be speaking at a free webinar hosted by Otsuka Shokai. He will explain important points to be aware of regarding the revised Construction Industry Law. [Construction Industry Law / Public Works Appropriateness Promotion Law] - Prevention of omissions in the description of construction contracts - Obligation to notify "risk" information before the contractor's contract - Mutual exchange of original documents for construction contracts - Digitization of estimates, contracts, and order forms/acceptance letters We are entering an era where contracts must be documented in writing and stored electronically. At Paperlogic, we fully support companies that are transitioning from paper to digital. We also offer free consultations with certified public accountants and tax accountants, so please join us!

We would like to inform you that we will be exhibiting our products at the Membrane Symposium 2025. If you are planning to attend, please feel free to stop by. ❚ Products Scheduled for Exhibition - Artificial Lipid Bilayer Experimental Device | Orbit mini You can easily measure channel activity at the single-molecule level. This device allows for the formation of lipid membranes, reconstitution of membrane proteins, and single-channel measurements in experiments using artificial lipid bilayers, all performed with just a micropipette, enabling functional and structural analysis of target membrane proteins and evaluation of drug effects. - Liposome Preparation Device | Vesicle Prep Pro This is the world's first device that can produce giant unilamellar vesicles (GUVs) with diameters ranging from 1 to 30 μm without organic solvents, using the electroporation method (vibrating hydrated lipid films in an alternating electric field). - Auto Patch Clamp System | Port-a-Patch mini This compact system eliminates the need for a microscope, vibration isolation table, manipulator, and Faraday cage, which are typically required for conventional patch clamp experiments. It allows for easy data acquisition and verification without the need for specialized skills or experience.

Agilent will be exhibiting at the "VACUUM 2025 Vacuum Exhibition"! At Agilent, we offer clean and quiet IDP dry scroll pumps, high-performance and high-compression TwisTorr turbo pumps, ion pumps and controllers optimized for UHV/XHV, and robust and reliable helium leak detectors. Leveraging the technology and expertise cultivated at Varian Vacuum, we respond to our customers' vacuum needs with the value of our products and support based on extensive experience and knowledge. Agilent's pumps, systems, and components enable cutting-edge research in physics, analytical instruments, and nanotechnology, and are also ideal for industrial processes. We invite you to visit the Agilent booth! 【Exhibition Information】 Date: December 3 (Wed) - 5 (Fri), 2025, 10:00 - 17:00 Venue: Tokyo Big Sight, South Hall 2 Booth Number: V-36

＼ Make electrical design easier with comprehensive electrical design CAD Eplan! ／ At this exhibition, under the theme "Data collaboration from design to manufacturing! Significant reduction of lead time in control panel manufacturing through digitalization," we will introduce how Eplan and Rittal can enhance the efficiency of electrical design and control panel manufacturing. We will provide information that can assist you in all processes from design to manufacturing, including the efficiency and automation of electrical design and the manufacturing process of control panels utilizing digital twins. If you are struggling with electrical design or considering the introduction of electrical design CAD, please visit the Eplan and Rittal booth. Date: November 19 (Wed) to November 21 (Fri), 2025, 10:00 AM to 5:00 PM Venue: Tokyo Big Sight, East Hall 4, 4-05 Attendance at "IIFES 2025" requires complete advance registration, so please apply on the official exhibition website. "IIFES 2025" official website: https://iifes.jp/