Air Squared Projects
Two-Stage Semi-Hermetic Compressor for Aerospace
The two-stage semi-hermetic P11T025B-BLDC-SH compressor combines high-performance, efficiency, and reliability, in a compact and lightweight design.
In early 2016, Air Squared was awarded a contract from Jet Propulsion Laboratory (JPL) to develop a semi-hermetic scroll compressor that is capable of boosting Mars atmospheric pressure to match atmospheric pressure on Earth (7 Torr to 760 Torr). The compressor is part of the Mars Oxygen ISRU Experiment (MOXIE) technology demonstration experiment for the National Aeronautics and Space Administration (NASA) Mars 2020 mission.
The compressor utilizes patented two-stage technology to minimize the power consumption boosting 7 Torr of CO2 to 760 Torr at a mass flow rate of 0.028 g/sec. It is semi-hermetic and features an integrated motor design to minimize weight. At 2 kg, it is very lightweight relative to the performance delivered. The unit is designed to be extremely reliable, as required for an unmanned space mission. Another unique feature of the compressor is that it is designed for conduction cooling using a cold plate, rather than convection cooling common to most Air Squared designs.
The unit was presented to JPL along with a single-stage equivalent prototype. JPL selected the single-stage design as the flight unit because of the reduced part count over the two-stage counterpart. The single-stage design will be thoroughly flight qualified and tested throughout 2017.
- Scroll Technology Headed to Mars On Board Perseverance Rover
- Two-Stage Semi-Hermetic Compressor for Aerospace
- Semi-Hermetic Scroll Compressor for Mars 2020 Mission
- Air Squared Awarded Contract to Develop Scroll Compressor in NASA MOXIE Demonstration Unit for Mars 2020 Mission