Case Study: 4,100m Altitude Space Mission Power Solution

Project Overview

· Client: Shanghai Astronomical Observatory (Chinese Academy of Sciences)

· Application: 40m Deep-Space Radio Telescope in Shigatse, Xizang (4,100m Altitude)

· Next-Gen Missions: Chang'e-7, Chang'e-8, Tianwen-2, and 2030 Crewed Lunar Landing

· Shangyu's Role: High-reliability industrial UPS & customized power systems

❌ The Challenges

· Extreme Climate: Thin air, low pressure, sub-zero temperatures, and sharp day-night thermal swings at 4,100m.

· Zero-Downtime Link: Deep-space data must reach Beijing within 2 minutes. Any power glitch causes total data failure.

· Hyper-Tight Timeline: Complete UPS deployment and parallel testing within a non-negotiable 3-month debugging window.

✔️ Shangyu’s Solutions

· Plateau-Optimized Hardware: Heavy-duty design engineered to withstand low pressure and freezing thermal stress.

· 0-ms Seamless Switching: Online double-conversion technology ensures instant backup power with zero millisecond delay.

· N+1 Redundant Safety: Eliminates single points of failure, coupled with 24/7 remote monitoring for predictive maintenance.

· Fearless Engineering: Senior field engineers overcame severe altitude sickness to finish commissioning ahead of schedule.

🏆 The Results

· 100% Stable Operation: The system is fully live, securing flawless real-time data transmission for lunar probes and asteroid surveys.

· Future-Proof Infrastructure: Built-in long-term spare reserves guarantee continuous power lifecycle up to the 2030 moon missions.