Advanced Space Power Systems (ASPS) will develop technologies and components to provide safe, reliable, and abundant advanced battery energy storage for deep-space human and robotic missions (and dual-use terrestrial applications). NASA’s efforts to pack more energy into today’s lithium ion batteries safely for use in space means astronauts can increase extravehicular activity from a few to more than 8 hours, and the technology advancements will likely be of benefit for commercial uses such as smartphones and hybrid cars.
Advanced Space Power Systems (ASPS) supports NASA’s technology goals in the NASA Technology Road Map Technical Area 3, Space Power and Energy Storage, and specifically subgoal 3-2: Store energy at the highest possible specific energy with sufficient durability in the mission environment and, in the case of rechargeable storage, sufficient cycle life. ASPS will develop technologies and components to provide safe, reliable, and abundant power for deep-space human and robotic missions (and dual-use terrestrial applications), including low-cost solar arrays, advanced batteries, and regenerative fuel cells. These technologies will be used in components and systems appropriate for a variety of applications that include extravehicular activity (EVA) life support systems, spacecraft, habitats, and rovers. ASPS technology development emphasizes advanced high specific energy and energy density batteries with flame retardant electrolytes, that will be matured and then demonstrated in prototypes of appropriate size, power, and mass relevant to the end application.
Abundant power expands the capabilities of every human and robotic mission, including missions to asteroids, planets, moons, libration points, and orbiting structures. Furthermore, abundant power provides benefits for all phases of space flight: vehicle operations, electric propulsion systems, and destination applications.
The Advanced Energy Storage Systems technology element, which is ASPS’s focus, has been divided into two categories of interest. Category One: “High Specific Energy System Concepts” focuses on system level battery technologies such as packaging and cell integration. Category Two: “Very High Specific Energy Devices” focuses on energy storage technologies that have the potential to go beyond present capabilities characterized by Li+ chemistry, while maintaining the required duty cycle and safety of any system operating in space.
|Principal Technologist||Project Manager|
|Lee Mason (email@example.com)||Don Palac (firstname.lastname@example.org)|
Power & Propulsion