Motion control of electric vehicles and wireless charging while driving.
ISBN978-4-86043-606-3
An EV that achieves a smoother "ride" than an internal combustion engine... solving the biggest bottleneck, the battery issue, with "on-the-go charging"!
- "High-speed and accurate torque response," "Ability to accurately grasp generated torque," "With IWM, it is possible to distribute torque to each wheel," "Regenerative control is possible," etc. An explanation of the excellent driving characteristics not found in internal combustion engines. - Furthermore, it is a groundbreaking technology that does not require the need to carry a large amount of heavy batteries. Experts from both domestic and international backgrounds provide detailed explanations on power supply during driving!
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Publication Date: May 2019 Price: 50,000 yen (excluding tax) Format: B5 size, 492 pages Publisher: NTS Corporation ISBN: 978-4-86043-606-3 C3065 Supervisors: Hiroichi Hori, Yukio Yokoi ■ Table of Contents Preface: Cars 100 Years from Now Part 1: Motion Control and Driving Stability/Evaluation Technology of EVs Chapter 1: Evolution of Driving in Electric Vehicles Chapter 2: New Technologies for EV Motors and Drive Control Technology Chapter 3: Braking and Regenerative Control Technology Chapter 4: Control and Evaluation Technology for Improved Motion Performance Chapter 5: Driving Control Technology for Electric Vehicles Other than EVs Part 2: Wireless Power Transfer Technology While Driving Chapter 1: Trends and Biological Effects of Wireless Power Transfer Technology Chapter 2: Technological Development of Wireless Power Transfer Chapter 3: Wireless Power Transfer Technology for EVs While Driving Chapter 4: Related Technologies for Wireless Power Transfer Systems While Driving Part 3: Practical EV Driving Control in Automobile Manufacturers Afterword
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List price: 50,000 yen plus tax
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P2
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P2
Applications/Examples of results
Electric vehicle Motion control Wireless power transfer while driving Motion control of EVs Driving stability and evaluation technology Power electronics Motors for electric vehicles Variable magnetic field PM motors Magnetic modulation motors for HEVs Regenerative control technology Electric brake systems Regenerative cooperative brake technology MR fluid brakes Traction control technology Charge and discharge control technology Electric motorcycles Microwave power transmission Electromagnetic induction method Magnetic field resonance coupling Wireless in-wheel motors Parallel two-wire transmission path AGV (Automated Guided Vehicle) Ultra-compact electric mobility Non-contact power supply system Factory robots High-power contact charging while driving PHV (Plug-in Hybrid Vehicle) PHEV (Plug-in Hybrid Electric Vehicle) Electric powertrain
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