Space environment simulation systems at the Shenzhen University

Space environment simulation systems are advanced technological setups designed to replicate the conditions of outer space for research, testing, and development purposes. These systems are crucial in space exploration, mission planning, and payload development， enabling scientists and engineers to evaluate the performance, reliability, and durability of spacecraft, instruments, and materials in conditions that closely mimic those found in space.
The space environment simulation facilities at Shenzhen University have the following key features: vacuum chambers with a pressure range from 10E-6 Pa to 10E-4 Pa, thermal control system that replicates the thermal environment from 100K to 400K, and solar radiation simulation system. The system can ensure that components like satellites, sensors, and payloads function reliably in space, test the durability and degradation of materials exposed to space conditions, and investigate the effects of space conditions on biological samples. By simulating the harsh and varied conditions of outer space, these systems play an indispensable role in ensuring the safety, performance, and success of space missions. They contribute to reducing the risk of mission failure, and enhancing technological innovation.

This project was supported by the Moonbase exploration research equipment purchase project of the Development and Reform Commission of Shenzhen Municipality (No. 2106-440300- 04-03).