Improve The Service Life Of The Core Components Of Electric Locomotive
Date:2021-09-30 Label:
Electric Locomotive
Battery Locomotive
Locomotive
Today, the editor of electric locomotive will talk about the development of frequency conversion electric locomotive technology-improving the service life of the core components of the car body. The drive motor system is one of the key components of new energy vehicles. The motor drive control system is the main executive structure in the driving of new energy vehicles. Its driving characteristics determine the main performance indicators of the car. It is the main component of electric vehicles.
The development of frequency conversion electric locomotive technology improves the service life of core components of the car body.
The permanent magnet synchronous motor and drive system for power used in pure electric and hybrid-powered battery locomotive have reached the market application stage. With the introduction of the National Automobile Industry Adjustment and Rejuvenation Plan in 2009, and the State Council’s plan from the “Ten Cities and Thousand Vehicles” Expansion to "Twenty Cities and Thousands of Vehicles", according to the national "Twelfth Five-Year Growth Plan" discussion draft, it will be divided into ten thousand, one million, and ten million new energy vehicles by 2010, 2015, and 2020. Elevate the growth strategy of new energy battery locomotive and related industries to the national strategy, bring opportunities for the growth of the new energy vehicle industry and key parts industry, and bring general market space for environmentally friendly and energy-saving automobile power motors and drive system products. Automotive systems generally use electric drive systems, which brings benefits to manufacturers of electric ideas.
According to a latest report from IMS Research, between 2012 and 2017, the shipments of permanent magnet brushless DC motors used in the automotive locomotive industry will surpass DC servo motors and stepper motors.
Shipments of permanent magnet brushless DC battery locomotive motors will increase by 52%, and sales will exceed 462 million units. From October 30th to 31st, 2013, the "China Automotive Motor Technology and Application Forum" hosted by China Automotive Consulting Central Network, China Europe Alumni Automotive Industry Club, and Jiazhidao Automotive Consulting (Shanghai) Co., Ltd. was grandly held in Shanghai Held. This forum will open up demonstrations and discussions around new market opportunities, performance innovations of motor parts and their own quality control. Waiting for your attention and presence.
Motor parts technology may become a hot topic in the industry. Due to the importance of energy and increasing environmental pollution, battery locomotive show strong vitality and are generally favored by automobile manufacturers and consumers. Some materials show that by 2010, electric vehicles will account for a quarter of global automotive demand, and the total will reach 20 million. Major auto companies such as General Motors, Toyota, and Citroen of France all use electric vehicles as their growth preference.
My country also pays great attention to this. Electric battery locomotive were once listed as a serious national research project in the "Tenth Five-Year Plan" by the Ministry of Science and Technology, and it is also one of the main contents of the development of green transportation in the "Eleventh Five-Year Plan".
Therefore, the motor industry has huge market potential. Regarding the development of the current motor, the technological upgrading of key parts is extremely important for improving its reliability and lifespan. At the China Automotive Motor Technology and Application Forum, the China Automotive Consulting Central Network invited experts from companies such as Dayang Electric New Power Technology Co., Ltd., Delphi Packard Electric System Co., Ltd., and Schaeffler Group to discuss the key points of the motor. The new technology of parts and materials was introduced and discussed, and a series of treatment plans for improving the performance of key parts were shared.