"The road outside the green mountains, the boat before the green water." Thousands of years ago, the ancients on the road were leisurely and comfortable, low carbon freehand. Today, transportation has rewritten the space-time pattern of China, paved the way for economic development and the improvement of people's livelihood, and become the "main artery" of modern society. As a veritable transportation power, under the "double carbon" goal vision, China will accelerate the construction of low-car
"The road outside the green mountains, the boat before the green water." Thousands of years ago, the ancients on the road were leisurely and comfortable, low carbon freehand. Today, transportation has rewritten the space-time pattern of China, paved the way for economic development and the improvement of people's livelihood, and become the "main artery" of modern society. As a veritable transportation power, under the "double carbon" goal vision, China will accelerate the construction of low-carbon transportation system, optimize the electrification structure of transportation, and promote energy-saving and low-carbon transportation will be the focus of it.
As a global leader in industrial technology and digitalization, ABB has always been committed to applying innovative electrification and digitalization technologies to accelerate energy transformation and build a green and intelligent transportation industry chain. In the face of the difficulty of realizing low-carbon operation in the transformation of transportation electrification, ABB Electric Carbon Neutrality White Paper comprehensively analyzes how to promote the integration of source, network, charge and storage and the construction of multi-energy complementary comprehensive energy systems in the field of transportation, ensure the smooth consumption of a large number of distributed new energy sources, and provide practical ideas for the low-carbon development of transportation.
01 Accelerate the "decarbonization" of transport
We will promote the organic integration of "vehicle-pile-human-network"
At present, China has the world's largest high-speed railway network, expressway network and world-class port cluster, and its comprehensive transportation network has exceeded 6 million kilometers. According to public data from the transportation industry, China's automobile industry will emit 13 billion tons of carbon in 2021, and with the development of social and economic development, transportation carbon emissions continue to grow. The high dependence on the burning of fossil fuels in mobile terminals is the fundamental reason for the large carbon dioxide emission base of the transportation industry and the difficulty of emission reduction.
Therefore, the transportation industry wants to accelerate the "decarbonization", the penetration rate of electrification in all kinds of transportation modes should be greatly increased, and the development of new energy transportation vehicles represented by electric vehicles is a powerful starting point for the transportation industry to achieve low-carbon emission reduction, and the construction of charging infrastructure is an important guarantee for the implementation of this goal.
"ABB Electric Carbon neutral White Paper" mentioned that in order to more convenient charging experience, high-power charging technology has become the development direction of electric vehicle charging facilities, which can effectively alleviate practical problems such as difficult charging, slow charging and range anxiety.
In response to the growing demand for fast, convenient and easy-to-operate charging piles, ABB is the first to introduce the world's fastest charging electric vehicle charging pile Terra 360, which has a maximum output power of 360kW and supports the mainstream charging standards CCS-1, CCS-2, CHAdeMO and AC Type-2. It can charge an electric vehicle to full charge in 15 minutes or less, and can charge up to four vehicles simultaneously through dynamic power distribution, meeting the needs of electric vehicle users for quick recharge and helping the industry to reduce carbon emissions.
In addition, users' differentiated use scenarios put forward different needs for charging piles. Around various electric vehicle application scenarios such as household and commercial use, ABB further created scenario-based charging solutions based on safety and reliability. Including low-power 7~21kW AC charging pile, 60-240kW integrated DC charging pile, 360-480kW high-power liquid cooled one tow four charging system.
On the other hand, more and more high-power electric vehicle charging piles are entering the market, and the construction of a new charging station may require changes to the existing power infrastructure. ABB pre-installed integrated charging stations support access to renewable energy and energy storage systems. Through ABB Ability™ smart distribution technology, the qualitative change between box-type substations and charging piles 1+1>2 is achieved. Support customers to build stations safely and efficiently, reducing or avoiding impact on existing power distribution systems.
ABB insists on promoting the construction of intelligent charging infrastructure with the organic integration of "vehicle-piling - human-network". Based on networking services and OCPP protocol, ABB charging equipment is equipped with a complete background management software system, which can realize remote assistance, fault diagnosis, elimination and maintenance, remote update and upgrade and other functions, and docking through T/CEC protocol. Charging devices can easily access different third-party software systems, which is cost-effective while meeting future connection needs, thus laying a good foundation for the popularization of new energy electric vehicles and creating the necessary infrastructure conditions for the "dual carbon" goal.
