Jilin 1 satellite helped to launch manufacturing drive

The Jilin 1 satellite has helped launch the province’s advanced manufacturing drive, along the way providing precise data for firefighting and environmental protection.

Jilin 1 satellite helped to launch manufacturing driveThe first commercial remote sensing satellite system developed in China, Jilin 1 was sent into space in October 2015, said Jia Hongguang, deputy general manager of Chang Guang Satellite.

Since then, 13 more satellites have been put into orbit.

“We have significantly improved satellite service levels, including the ability to revisit any location in the world within a day and complete a general nationwide probe in one month,” Jia said.

The resolution capabilities of the satellites have also improved greatly, while the weight of the latest satellite is only 40 kilograms, making it one of the lightest in the world, he said. The technological advances of the Jilin 1 are representative of the province’s innovation-driven growth strategy in recent years as it moves away from its old industrial base.

Other innovations in the province include high-speed and subway technologies for the rail sector.

State-owned railway equipment manufacturer CRRC Changchun Railway Vehicles has developed the Fuxing high-speed trains that boast top speeds of 350 km/h and a maglev rail system, and is firmly placed as a global innovator in the sector.

Yu Dongming, deputy director of the company’s research and development department, said CRRC Changchun’s innovation platform includes a national engineering laboratory for high-speed train systems integration, a national enterprise technology center and a national railway-bus system integration engineering technology research center.

“We have founded a large research and development team including more than 2,700 researchers,” he said.

CRRC Changchun’s achievements include groundbreaking research and applications relating to train materials and components, such as the upgrading of carbon steel mass transit vehicle body parts to stainless steel ones. It has also applied carbon fiber manufacturing techniques to subway vehicles.


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