About
How do we use space to combat climate change?
In response to the pressing challenge of leveraging space-based solutions to combat climate change, our research lab embarked on a thorough exploration of various avenues. After rigorous analysis and consultation with industry experts, we have arrived at a groundbreaking proposal centered around the concept of power beaming. This project’s significance stems from its potential to revolutionize renewable energy transmission, particularly by harnessing space-based solar energy and addressing the inherent inefficiencies associated with long-distance power transmission. The core motivation for this endeavor lies in recognizing the superior energy potential of space-based solar resources. Solar energy in space is notably more abundant and efficient compared to terrestrial alternatives. By harnessing this abundant energy source, we seek to facilitate the transmission of renewable energy from space to Earth, offering an innovative solution to meet our planet’s growing energy demands.
Status
Active
Category
Technology development and demonstration
Environment
Earth | LEO, MEO, GEO
Contact
Key accomplishments
- Defined a lead concept related to efficient wireless power transfer for Earth and space applications.
- New project advisor, Mogammedreza Imani, assistant professor in the School of Electrical, Computer and Energy Engineering.
- New industry advisor, Zachary Donathon, RF Engineer from Benchmark Electronics.
- Completed preliminary design and systems engineering.
- Established a robust Technological Readiness Level (TRL) advancement strategy.
- Secured funding for hardware development, centering on an innovative 3U cubesat design that will elevate the TRL of power beaming technology.
Team
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Learn about our research programs dedicated to creating a future in space that prioritizes people and environments. Collaborate with experts and students to explore groundbreaking ideas and solutions that drive positive change.