NASA is funding research into a new thermal management system for lunar infrastructure. The project, led by Austin Phoenix at Virginia Polytechnic Institute & State, aims to develop a passive temperature regulation device for smaller, mobile systems operating on the moon.
The research focuses on creating an “Efficient variable Conductivity Lunar Insulator for Passive Surveyor Environmental control” – or ECLIPSE. Current thermal management solutions are often geared towards large lunar infrastructure projects. However, the increasing need for independent, mobile systems necessitates improved temperature regulation that doesn’t rely heavily on power sources like heaters.
The goal of ECLIPSE is to limit stress-inducing temperature fluctuations in these smaller systems. According to NASA, a disaggregated lunar infrastructure requires novel thermal management methods to enable future lunar operations. The system aims to operate without needing substantial power requirements or constant heater use, improving the reliability and longevity of equipment deployed on the lunar surface.
The project is being led by Austin Phoenix Virginia Polytechnic Institute & State. Further details regarding the specific materials or engineering principles behind ECLIPSE were not provided in the source.
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