The RETH Institute proposes new microgrids for lunar habitats.
Microgrids enhance energy reliability in extreme conditions.
They support critical electrical loads for human habitats.
UConn tests microgrids for resilience against lunar conditions.
The proposed power architecture ensures habitat safety.
Microgrids sustain life support, communication, and labs.
They must withstand cosmic radiation and extreme temperatures.
Moon dust and meteor strikes pose significant threats.
UConn Engineering tests equipment under simulated conditions.
Temperature chambers mimic space environments.
Moon dust emulation ensures proper equipment sealing.
Radiation testing assesses material degradation.
The cyber-physical testbed integrates various systems for lunar habitats.
Microgrids, communication, and robotics are tested.
UConn collaborates to develop and test new space technologies.