• China on December 22 launched its first communication satellite to provide broadband internet services worldwide in an apparent bid to rival Google and other international firms.
• The satellite was launched from a Long March 11 carrier rocket from the Jiuquan Satellite Launch Centre in north-western China and is the first in the Hongyun project planned by China Aerospace Science and Industry Corp. (CASIC).
Initiatives taken by CASIC
• The Hongyun project started in September 2016, aims to build a space-based communications network to provide broadband internet connectivity to users around the world, especially those in the underserved regions.
• The spacecraft is tasked with verifying basic designs of Hongyun satellite and demonstrating low-orbit broadband communications technologies, state-run China Daily reported.
• The satellite is expected to work beyond its design life of one year.
• “Weighing 247 kilograms, the satellite works in a sun-synchronous orbit about 1,100 kilometres above the earth. It is powered by solar arrays and has a design life of one year, but is expected to operate longer,” Xiang Kaiheng, Hongyun’s chief designer at CASIC Space Engineering Development Co Ltd. in Beijing said.
• CASIC plans to launch four mass-production Hongyun satellites in future.
• Stating that CASIC currently intends to place more than 150 Hongyun satellites on orbits about 1,000 km above the ground around 2023, he said that the constellation is likely to be further expanded in response to market demands.
• The concept of running a low-cost, high-performance satellite network to provide space-based communications and internet services has become popular globally among industry players.
• Chinese internet technology firm unveiled the first satellite in a constellation plan comprising of 272 satellites to provide free WiFi service worldwide.
Mains Paper 3: Science and Technology | Awareness in the fields of IT, Space, Computers, robotics, nanotechnology, biotechnology
Prelims level: Hongyun Project
Mains level: Global quest for low-cost, high-performance satellite network