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China HSR News And Information: Original Translation

We need to build 300-500 intercity rails over the next decade,each measuring 50-150km in length with average operating speed of 120-160kph。
CSR's intercity products
200km/h, 160km/h, 140km/h

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CNR's 160km/h intercity EMU, CRH3F
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CSR's intercity products
200km/h, 160km/h, 140km/h

View attachment 234680 View attachment 234682


CNR's 160km/h intercity EMU, CRH3F
View attachment 234684

Jing-Jin-JiJJJ)to be connected by 27 intercity express rails for a total length of 3796km:

京津冀将建27条城际铁路实现区域“联网”_【高铁网】_高铁规划_京唐城际,城际铁路,铁路投资,铁路规划

Work starts this year on the 160km Beijing-Tangshan and 182km Beijing-Binhai(3rd HRS from Beijing to Tianjin)lines

Work starts next year on the 87km Langfang-Zhuozhou and 112km Capital Airport-New Airport lines。

:coffee::enjoy:
 
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Photo taken on July 4, 2015 shows the interior scene of Yujiapu Station on the extending line of the Beijing-Tianjin high-speed intercity railway in north China's Tianjin Municipality. The 44.75-kilometer extension of the high-speed railway started a comprehensive trial on Friday and is expected to be put into operation in August. (Xinhua/Yang Baosen)


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The G2621 high-speed train departs from the Hefei South Railway Station in Hefei, capital of east China's Anhui Province, June 28, 2015.
 
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China readying deployment of synchronous traction system for high speed rail that would enable 50% faster operation starting around 2018

China has become a world leader in high-speed railway technology with its development of a cutting-edge permanent magnet synchronous traction system that will take bullet trains to an ultrafast 500 kilometers per hour (300 miles per hour).

The advanced 690-kilowatt traction system was developed by CRRC Corp, the country's train-making behemoth, at its Zhuzhou Institute in Hunan province. It will soon enter mass production, said Ding Rongjun, a member of the Chinese Academy of Engineering who heads the institute.

"Now we have our own permanent magnet synchronous traction system with full intellectual property rights, marking a new chapter in China's high-speed railways," he said, adding that only a handful of countries are capable of manufacturing the sophisticated apparatus, including Germany and Japan.

* new synchronous traction will allow high speed rail to go 50% faster
* new system boasts more power
* simpler configuration
* lower electrical consumption
* more reliable and efficient


Feng Jianghua, deputy director of the institute, said the adoption of the technology will reshape the high-speed railway industry because traction equipment is the most important part of a bullet train.

Currently, most high-speed trains in service in the world are propelled by alternating current asynchronous motors, a traction system first developed in the 1970s.

The Zhuzhou Institute began research and development on permanent magnet synchronous traction technology in 2003 after it noticed that major international train makers, such as Siemens and Bombardier, had launched projects to acquire the equipment, Feng told China Economic Weekly.

The magazine quoted Xu Junfeng, a senior engineer at the institute, as saying that engineers overcame a large number of technical difficulties. China had never looked at the high-tech equipment before the project.

After eight years, engineers completed development in 2011 and installed the advanced traction system on trains running on Subway Line 2 in Shenyang, Liaoning province, as a trial.

The test has proved successful, Xu said.

In December 2013, the institute brought the system to bullet trains, expecting speeds of 500 km / h. Trials were undertaken on several trains in October.

Jia Limin of Beijing Jiaotong University, who heads China's high-speed railway innovation program, said that if everything goes well, trains equipped with the new traction system will become fully operational by 2018.

Compared with an alternating current asynchronous motor, the new system boasts more power, simpler configuration and lower electrical consumption, Jia said.

"The new system has fewer parts than the current traction apparatus, so it is more reliable and efficient," he said.

Sheng Guangzu:devil::D, general manager of China Railway Corp, has pledged to speed up the development of key technologies in high-speed rail and to design a new bullet train using Chinese standards.

http://nextbigfuture.com/2015/06/ind...hink-tank.html
 
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* new synchronous traction will allow high speed rail to go 50% faster
* new system boasts more power
* simpler configuration
* lower electrical consumption
* more reliable and efficient

This might allow CRRC to play in the same league with the traditional big guys.

I wonder how much CRRC's R&D spending? @AndrewJin ?
 
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It wasn't too long ago the western media was making fun of China's non HSR train from Beijing to Lhasa. That it broke down after x number of trips, etc. Those haters had their reporters take the journey hoping for a breakdown along the way.
 
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It wasn't too long ago the western media was making fun of China's non HSR train from Beijing to Lhasa. That it broke down after x number of trips, etc. Those haters had their reporters take the journey hoping for a breakdown along the way.
Sadly, this 3757km in 40hours from Beijing to Lhasa, the average station-to-station speed is nearly 100km/h, perhaps the fastest long-distance train over 3000km.
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