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It is a consensus of all mankind to reduce emissions of greenhouse gases and dependence on oil. The concept that electric vehicles (EVs) can be an effective tool to cut carbon emissions has been widely accepted, and nations all over the world are promoting EVs.

As EVs need to be charged by charging stations, a certain amount of charging stations are essential for promoting new energy vehicles. And charging facilities like charging stations are hardware for the development of EVs, perfect supporting charging facilities will be the key to massive roll-out of EVs. Therefore, EVs and charging facilities are supplementary to each other.

In 2013, global sales volume of EVs totaled 228,000, 17,600 of which were contributed by China. It is predicted that the figure in China will reach 50,000 in 2014 and surge to 146,000 in 2016.

By the end of 2013, State Grid had built 19,000 EV charging piles and 400 charging/battery swap stations (including 209 charging stations and 191 battery swap stations), in contrast to 3,528 charging piles and 118 charging/battery swap stations established by China Southern Power Grid, which lays stress on the construction of intelligent charging/battery swap service network in the Pearl River Delta region.

The connection between charging station and EVs lies in the process of charging, which depends crucially on identification and communication of charging port. The standards for charging port, part of all-important basic ones, involve EVs, charging infrastructure and charging equipment. Hence unification of domestic standards and coordination of world standards are of great significance for promoting EVs.

EV charging ports can be divided into four systems, which have different standards under various conditions of power supply. In the case of AC power, the IEC (International Electrotechnical Commission) standard enjoys a wider scope of uses, while GB 20234 and SAE J1772 are partly adopted by China and the United States in the four regions with rapid development of EVs; under the DC power supply, Europe fully adopts the IEC standard, China GB 20234, the U.S. SAE+IEC and Japan CHAdeMO+IEC. Moreover, only Europe and the U.S. propose the application of combined charging port.

EV AC charging standards have differences only in aspects of physical interface and electrical/voltage signals, since AC charging is a process in which power source is supplied to on-board motor; with respect to DC charging, communications protocol is needed, and it is a process in which power source is directly supplied to EVs by off-board motor. China and Japan adopt CAN, compared with PLC employed by the U.S. and Europe, which causes difficulty in unifying DC charging standards.

Concerning AC charging in the Chinese charging pile market, the disunity of physical size of charging port can be solved by using adapter or vehicles’ own cable, thus basically realizing interchangeability of charging. AC charging piles will be built by State Grid, parking lots and carmakers in a parallel way; with respect to DC charging, State Grid dominates the construction of DC charging piles, and European and American carmakers can only make small-scale progress in some regions. Furthermore, in order to massively import EVs to the Chinese market, these foreign carmakers have to change communications protocol to accommodate international DC charging communications protocols.

Global and China EV Charging Port Equipment Industry Report, 2014-2015 by ResearchInChina focuses on the followings:
Classification, structure and development of charging station/port;
Global and Chinese EV market, including policies, technological level, production & sales and types of charging port;
Global and Chinese charging station market, involving policies, technology distribution, size and development plan;
Global and China’s standards for charging station port and development direction (DC, AC and combined charging), covering areas of application, development level and cooperation.
2 major global charging station port manufacturers and 2 supporting charging port companies, covering operation, technology, development plan, regions and car models supported;
5 Chinese charging equipment manufacturers and 3 supporting charging port companies, involving operation, technology, development plan, and production & sales.

Table Of Contents

Global and China EV Charging Port Equipment Industry Report, 2014-2015
1. Concepts about Charging Port
1.1 Charging Station
1.1.1 Definition and Classification
1.1.2 Structure
1.1.3 Charging Industry Chain
1.2 Charging Port
1.2.1 Charging Port and Communications Protocol
1.2.2 Classification
1.2.3 Characteristics

2 Global and China EV Market
2.1 Development Worldwide
2.2 Global
2.2.1 Overall
2.2.2 USA
2.2.3 Europe
2.2.4 Japan
2.3 China
2.3.1 Policy Environment
2.3.2 Overall EV Market
2.3.3 Electric Bus Market

3. Global and China Charging Station Market
3.1 Global
3.1.1 Overall
3.1.2 USA
3.1.3 Japan
3.2 China

4. Global EV Charging Port Standards
4.1 Overview of Global EV Charging Port
4.2 International EV Charging Port Standards
4.3 Chinese EV Charging Port Standards
4.3.1 GB/T 20234.1-2011
4.3.2 GB/T 20234.2-2011
4.3.3 GB/T 20234.3-2011
4.3.4 GB/T 27930-2011

5. Status Quo of Global and China Charging Port
5.1 AC Charging Port
5.2 DC Charging Port
5.3 Combined Charging Port
5.4 Socket Standards Widely Adopted Globally
5.5 Charging Port Standards for Main Models

6. International Charging Port Manufacturers
6.1 Tesla
6.1.1 Profile
6.1.2 Operation
6.1.3 Revenue Structure
6.1.4 Gross Margin
6.1.5 RandD and Capacity
6.1.6 EV Development
6.1.7 Supplier
6.1.8 Distribution of Charging Station
6.2 CHAdeMO Association
6.2.1 Profile
6.2.2 Constitution
6.2.3 Technological Structure
6.2.4 Main Models
6.2.5 Development of Charging Station
6.3.1 Profile
6.3.2 Product Type
6.3.3 MENNEKES Industrial Electric (Nanjing) Co., Ltd.
6.4 Phoenix Contact
6.4.1 Profile
6.4.2 Phoenix Contact China Corporation
6.4.3 Product Type
6.4.4 Project Case

7. Chinese Charging Equipment Manufacturers
7.1 Nari Technology
7.1.1 Profile
7.1.2 Revenue and Profit
7.1.3 Revenue Structure
7.1.4 Gross Margin
7.1.5 Charging Equipment Business
7.1.6 Business Prospects
7.2 XJ Electric
7.2.1 Profile
7.2.2 Revenue and Profit
7.2.3 Revenue Structure
7.2.4 Gross Margin
7.2.5 Charging Equipment Business
7.2.6 Business Prospects
7.3 Shenzhen Auto Motion Electric Power Equipment
7.3.1 Profile
7.3.2 Revenue and Profit
7.3.3 Revenue Structure
7.3.4 Gross Margin
7.3.5 Charging Equipment Business
7.3.6 Business Prospects
7.4 China Titans Energy Technology Group
7.4.1 Profile
7.4.2 Revenue and Profit
7.4.3 Revenue Structure
7.4.4 Gross Margin
7.4.5 Charging Equipment Business
7.4.6 Business Prospects
7.5 Shanghai Potevio
7.5.1 Profile
7.5.2 Revenue and Profit
7.5.3 Revenue Structure
7.5.4 Gross Margin
7.5.5 Charging Equipment Business
7.6 Shanghai Xundao New Energy Technology
7.6.1 Profile
7.6.2 Product Type
7.6.3 Project Case
7.7 Suzhou Chilye Green Technology
7.7.1 Profile
7.7.2 Product Type

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