Society Introduction to Electric Cars : Kenichi Kawabe

Product description ※Please note that product information is not in full comprehensive meaning because of the machine translation.

Society
[Contents introduction]
Ultimate "eco-car"
All the basics of electric cars are illustrated
[Points in this book]
- The set of explanation and illustrations makes it easy to understand!
・ Organize the moving mechanism and issues for popularization from the viewpoint of machinery, electricity and chemistry!
・ Hybrid vehicles, plug-in hybrid vehicles and fuel cell vehicles, which are related to electric vehicles, are also mentioned, and the situation of electric vehicles as a whole can be grasped
・ All items related to technology are also illustrated. Easy to understand for both science and liberal arts!
・ Not only will you be able to understand the big change in transportation called "Mobility Revolution" that will come in the future, it will also lead to thinking about how energy should be in society and the sustainable society that the world is aiming to realize now!
[Recommended for people like this]
・ Those who want to know a wide range of the basics of electric vehicles
・ Those who want to know the impact of electric vehicles on global environmental problems
・ Those who want to know everything from the basics to the history of electric vehicles
[Contents introduction]
This is the 2nd edition of the engineering field of the well-known "Illustrated understanding" series that explains the mechanism of technology in an easy-to-understand way!
The second part explains the mechanism of electric vehicles, which have attracted attention in the "mobility revolution."
Electric vehicles do not emit environmentally harmful substances while driving.
For this reason, it has been treated as one of the ultimate "eco-car" and has attracted attention as a vehicle that solves environmental problems.
That's why global sales of electric vehicles continue to grow at a rapid rate.
This book summarizes and explains how electric vehicles work and the challenges facing their widespread use.
We also talked about hybrid vehicles, plug-in hybrid vehicles, and fuel cell vehicles as a group of electric vehicles so that we can grasp the situation of electric vehicles as a whole.
Each spread covers a single theme, so you can read it from the beginning to gain systematic knowledge, and you can also read it while paying attention to the themes and keywords you are interested in. Use it according to the situation.
[Contents]
Chapter 1 : Riding an Electric Car ~ Advantages and Disadvantages that Can Be Understood by Driving ~
Chapter 2 : Structure and Companion of an Electric Car ~ Understanding the Difference in the Powertrain ~
Chapter 3 : History of Electric Cars ~ Rapid Development through Three Booms ~
Chapter 4 : Battery and Power Supply System ~ Energy Source to Support Driving ~
Chapter 5 : Motor as a power source ~ Type and Structure of Motor ~
Chapter 6 : Control of Driving ~ Control of "Moving" and "Stopping" ~
Chapter 7 : Infrastructure to Support Driving ~ Charging Stations and Hydrogen Stations ~
Chapter 8 : Electric Cars and the Environment ~ How much 〜
Chapter 9 : Future Electric Cars 〜 Outlook for the Future 〜
Contents
Chapter 1 : Riding an Electric Car 〜 Advantages and Disadvantages of Driving 〜
1-1 Electric Cars as an Eco Car
1-2 Compared to Gasoline Cars
1-3 Drive (1) Drive an electric car
1-4 Drive (2) Smooth acceleration
1-5 Drive (3) Excellent maneuverability and quietness
1-6 Drive (4) Decelerate while generating power
1-7 Drive (5) How long can you keep driving?
1-8 Charging (1) Charging an electric car
1-9 Charging (2) Charging at home
1-10 Charging (3) Finding a charging station outside
1-11 Charging (4) Charging quickly outside
1-12 Advantages and disadvantages of using it
1-12 Advantages and disadvantages of using it
1-11 Charging (4) Charging fast outside
1-12 Advantages and disadvantages of using it
2-1 Basic Structure of Electric Vehicles
2-2 Types of Electric Vehicles
2-3 Structural Differences with Electric Vehicles
2-4 Common Features with Electric Vehicles
2-5 Hybrid Vehicles (1) Power Transmission Type
2-6 Hybrid Vehicles (2) Series Type and Parallel Type
2-7 Hybrid Vehicles (3) Series Type and Parallel Type
2-8 Hybrid Vehicles (4) Split Type
2-9 Electric Vehicles and Changing Market Conditions
2-10 Plug-in Hybrid Vehicles (1) Power Transmission Type
2-6 Hybrid Vehicles (2) Series Type and Parallel Type
2-7 Hybrid Vehicles (3) Series Type and Parallel Type
2-8 Hybrid Vehicles (4) Split Type
2-9 Electric Vehicles and Changing Market Conditions
2-10 Plug-in Hybrid Vehicles (1) Power Transmission Type
2-6 Hybrid Vehicles (2) Series Type and Parallel Type
2-8 Hybrid Vehicles (4) Split Type
2-9 Electric Vehicles and Changing Market Conditions
2-10 Plug-in Hybrid Vehicles (1) Power Transmission Type
2-6
4-2 Batteries required for electric vehicles
4-3 Traction batteries and auxiliary batteries
4-4 Types of in-vehicle batteries (1) Lead-acid batteries, which are the origin of secondary batteries (2) Nickel-hydrogen batteries with high energy density (4-6) In-vehicle batteries (3) Lithium-ion batteries with high capacity (4-7) In-vehicle batteries (4) Fuel cells that generate electricity using fuel (4-8) In-vehicle batteries (5) Solar cells that generate electricity using light (4-9) In-vehicle batteries (6) Electric double-layer capacitors that generate electricity quickly
4-10 Battery management systems that ensure the safety of batteries
Chapter 5 Motors as power sources 〜 Types and structures of motors 〜
5-1 What is a motor?
5-2 Motors required for electric vehicles
5-3 Knowing the motors (1) Types of motors and electricity
5-4 Knowing the motors (2) DC motors that are easy to control
5-5 Knowing the motors (3) AC motors that are easy to maintain
5-6 In-vehicle motors (1) Induction motors that are often used in trains
5-7 In-vehicle motors (2) Synchronous motors that are often used in automobiles
5-8 In-vehicle motors (3) In-wheel motors that directly turn wheels
Chapter 6 Power Semiconductors that Drive Control ~ Control of "Moving" and "Stopping" ~
6-1 Control Technology to Control Driving
6-2 Power Semiconductors that Drive Control ~ Control of "Moving" and "Stopping" ~
6-1 Control Technology to Control Driving
6-2 Power Semiconductors that Directly Convert to three phase AC
6-5 Power Semiconductors that Turn On and Off at High Speed
6-6 Running (1) Types of Brakes
6-9 Running (2) Coordination of Brakes
Chapter 7 Infrastructure Supporting Driving ~ Charging Stations and Hydrogen Stations ~
7-1 Infrastructure Supporting Electric Bicycles
7-2 Power Supply (1) Normal Charging and Rapid Charging
7-3 Power Supply (2) Why doesn't it charge in a short period of time?
7-4 Power Supply (3) Plug Charging Standard
7-5 Power Supply (4) Pantograph Charging
7-6 Power Supply (5) Non-contact Charging
7-7 Power Supply (6) V2H and V2G
7-8 Hydrogen Supply (1) Hydrogen Station
7-9 Hydrogen Supply (2) Partnership with the Hydrogen Society
Chapter 8 Electric Vehicles and the Environment : How "Eco"? ~
8-1 Is an electric car really green?
8-2 Out of sight CO2
8-3 Total evaluation of environmental performance
8-4 Utilization of renewable energy
8-5 IT and smart grid
8-6 Hydrogen-based society using hydrogen
8-7 Reuse and recycling of traction batteries
Chapter 9 Evolution of Electric Vehicles (1) Traction Batteries
9-2 Evolution of Electric Vehicles (2) br> 9-3 EV shift and challenges (1) lack of charging infrastructure and power
9-4 EV shift and challenges (2) impact on the automotive industry
9-5 Responding to the mobility revolution
9-6 CASE targeted by the automobile industry
9-7 Coexistence with public transportation and mobility-as-a-service