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About

Erik J. Brandon is a leading aerospace energy systems researcher whose work sits at the intersection of space exploration and advanced power technologies. Based at NASA's Jet Propulsion Laboratory, Brandon has made foundational contributions to the development and evaluation of energy storage and power generation systems for robotic spacecraft and planetary missions. His most cited work, "Performance of Commercial Li-Ion Cells for Future NASA Missions and Aerospace Applications" (2021, 84 citations), demonstrates his expertise in characterizing lithium-ion battery performance across the demanding thermal and operational conditions unique to space environments. His broader portfolio, including "Batteries for Robotic Spacecraft" (44 citations) and "Energy Storage for the Next Generation of Robotic Space Exploration" (26 citations), establishes him as a definitive voice on how primary and secondary batteries can support solar-powered and radioisotope-driven missions alike. Beyond batteries, Brandon has explored thermoelectric power generation and the novel concept of power beaming through the Venusian atmosphere, reflecting a versatile approach to space power challenges. His research directly informs mission design decisions at NASA, making him an essential reference for engineers and scientists planning the next generation of deep-space exploration.