How to store energy in moon phase master

Does solar-based lunar surface power architecture require RFC energy storage?

Current studies corroborate the findings of previous studies to show that the solar-based lunar surface power architecture requires RFC energy storage as an enabling technology for human exploration missions [2-6].

What are RFC energy storage options for lunar missions?

NASA has investigated RFC energy storage options for lunar missions since the late 1960s . A string of Design Reference Architectures (DRA) and Design Reference Missions (DRM) supplied Key Performance Parameters (KPP) as development targets. The latest assessment of potential mission KPP values was published in December 2017 .

Do manned and robotic exploration of the lunar surface require energy storage solutions?

Conclusions Both manned and robotic exploration of the lunar surface will require optimized energy storage solutions that minimize system mass and volume. Each mission has a unique set of requirements based on the location and application that may result in different technology solutions.

How do sizing relationships work for two lunar surface locations?

This work focuses on generating high-level system sizing relationships for two lunar surface locations that serve as bounding conditions for most other locations. Four critical parameters are considered to provide sizing data: specific energy, energy density, specific power, and power density.

Does a solar array provide transient power supply to the electrolyzer?

In 2018, this steady state model was modified to account for transient power supply to the electrolyzer from a solar array supply during daylight hours. Realistic solar flux profiles were added to enable accurate characterization of RFC performance throughout multiple charge/discharge cycles at various surface locations.