★Latest trends in wireless power transmission technology in smart houses that cannot be heard elsewhere ★Exploring the collaboration and challenges between smart houses and the spread of electric vehicles
Speaker Part 1: Professor Hidetoshi Matsuki, Ph.D., Department of Medical Engineering, Graduate School of Medicine and Engineering, Tohoku University Part 2: Advanced Technology Research Department, Takenaka Corporation Part 3: Mitsubishi Heavy Industries, Ltd. Target Audience: Engineers, researchers, technical management personnel, and sales representatives interested in wireless power supply technology for smart houses/buildings. Venue: Tekuno Kawasaki, 4th Floor Exhibition Hall [Kanagawa, Musashi-Mizonokuchi] 10-minute walk from Musashi-Mizonokuchi Station on the JR Nanbu Line Date and Time: December 16, 2011 (Friday) 10:00 AM - 3:00 PM Capacity: 30 people *Registration will close once full. Please apply early. Participation Fee: [Early Bird Discount Price] 52,500 yen (tax included, including text costs) for 2 people from one company *Point discounts from the early bird price do not apply. Point discount services can only be applied when registering at the regular price. *However, this is limited to Tech-Zone members who apply by December 6. Membership registration is free. *After December 6, the [Regular Price] will be 55,650 yen (tax included, including text costs) for 2 people from one company.
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basic information
【1. Lecture Summary】 This presentation aims to provide a simple explanation of the key technologies and development points related to wireless power transfer, focusing on various power supply methods that are attracting attention in different fields, without using formulas, to help explore new application areas. 【2. Lecture Summary】 There are many electronic devices around us, such as PCs, mobile phones, digital cameras, and music players, and they are often surrounded by a flood of adapters and cables, accumulating dust and becoming difficult to move. I would like to improve this environment. As a fundamental solution, there is wireless power transfer technology. Furthermore, I aim to address this by combining it with DC power supply and two-dimensional communication, and systematizing it by incorporating software. In this report, I would like to introduce systematic proposals and some experimental results. 【3. Lecture Summary】 While electric vehicles have features such as low CO2 emissions, they require frequent charging of their storage devices. Therefore, if infrastructure that allows for easy charging can be realized, further adoption of electric vehicles can be expected. Here, I will explain the research and development efforts regarding a wireless charging system for electric vehicles that allows charging simply by parking.
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Applications/Examples of results
【Program 1】 1. Fundamentals of Wireless Power Transfer 1-1 Power Transmission Utilizing Far Field 1-2 Power Transmission Utilizing Near Field 2. Comparison of Electromagnetic Induction and Magnetic Resonance 2-1 Electromagnetic Induction Method 2-2 Magnetic Resonance Method 3. Microwave Utilization and Health Impact Protection Guidelines 3-1 Microwave Method 3-2 Evanescent Wave Method 4. Wireless Power Transfer and Healthcare 5. Future of Non-Contact Power Transfer Technology 【Program 2】 1. Recognition of Issues and Confirmation of Objectives 1-1 Issues 1-2 Hierarchical Solutions 1-3 Confirmation of Objectives 2. Integrated Power Communication Layer 2-1 Direct Current Transmission 2-2 Communication Functions 3. Wireless Power Transmission Technology 3-1 Series Resonance Method 3-2 Parallel Resonance Method 3-3 Free Position Power Supply Technology 4. Application Images 4-1 Utilization Image in Homes 4-2 Application Image in Automobiles 4-3 Image for Addressing Declining Birthrate and Aging Population 5. Summary 5-1 Remaining Issues 5-2 Resource Issues 5-3 Declining Birthrate and Aging Population Issues 5-4 Countermeasures 【Q&A】
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