NASA Successfully Activates Gateway's Power System for the First Time
In a significant breakthrough, NASA has powered up the Power and Propulsion Element (PPE), a crucial solar electric propulsion spacecraft designed to provide power to the agency's Gateway lunar orbit station. The milestone marks an important step forward in the development of this critical component, which is set to support a range of critical functions including high-rate communications, attitude control, and orbital maneuvering.
The PPE, managed by NASA's Glenn Research Center, has been successfully powered on previously, but today's activation represents a key moment in demonstrating the element's overall functionality. The system's 60-kilowatt power generation capabilities will enable it to support the Gateway station's operations, as well as its own high-rate communications and navigation systems.
Industry partners Lanteris Space Systems and L3Harris have played a crucial role in the development of the PPE, with Lanteris managing the main electrical system and integrating the element's protective exterior panels. The spacecraft is set to be installed at Lanteris' facilities in California, where it will eventually meet up with other key components, including advanced electric propulsion system thrusters manufactured by L3Harris.
The Gateway station's roll-out solar arrays are complete and have begun undergoing testing at Redwire's facility in Goleta, California. These crucial solar panels will provide the necessary power to support the station's operations and pave the way for a range of lunar exploration missions. With this significant milestone achieved, NASA is one step closer to realizing its ambitious Artemis program goals.
In a significant breakthrough, NASA has powered up the Power and Propulsion Element (PPE), a crucial solar electric propulsion spacecraft designed to provide power to the agency's Gateway lunar orbit station. The milestone marks an important step forward in the development of this critical component, which is set to support a range of critical functions including high-rate communications, attitude control, and orbital maneuvering.
The PPE, managed by NASA's Glenn Research Center, has been successfully powered on previously, but today's activation represents a key moment in demonstrating the element's overall functionality. The system's 60-kilowatt power generation capabilities will enable it to support the Gateway station's operations, as well as its own high-rate communications and navigation systems.
Industry partners Lanteris Space Systems and L3Harris have played a crucial role in the development of the PPE, with Lanteris managing the main electrical system and integrating the element's protective exterior panels. The spacecraft is set to be installed at Lanteris' facilities in California, where it will eventually meet up with other key components, including advanced electric propulsion system thrusters manufactured by L3Harris.
The Gateway station's roll-out solar arrays are complete and have begun undergoing testing at Redwire's facility in Goleta, California. These crucial solar panels will provide the necessary power to support the station's operations and pave the way for a range of lunar exploration missions. With this significant milestone achieved, NASA is one step closer to realizing its ambitious Artemis program goals.