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Kaitlyn Bunker

  • Islands Energy

Kaitlyn leads energy modeling and technical analysis to complete integrated resource plans in partnership with Caribbean island utilities and governments, which are a key piece of developing national energy transition strategies. These plans take a whole-systems view of various options for the future of the electricity sector on each island. Kaitlyn also leads modeling efforts related to small island microgrid opportunities.


Kaitlyn joined RMI after completing a Ph.D. in electrical engineering from Michigan Technological University in Houghton, MI. Her dissertation research focused on microgrids, and optimizing control strategies for distributed renewable resources. Kaitlyn is a 2010 recipient of the National Science Foundation Graduate Research Fellowship.


Ph.D., M.S., and B.Sc., Electrical Engineering, Michigan Technological University
Award: Society of Women Engineers Region I Distinguished New Engineer, 2017


Boulder, CO




“I enjoy the balance we’ve struck at RMI between completing rigorous technical and economic analysis, and convening people to facilitate important conversations and understand different perspectives.”

Authored Works
Outlet Blog Post

The Power of Microgrids in the Global Energy Transition

Electricity grids are the largest machines in human history, comprised of diverse equipment used to generate and transmit the power that enables our modern lifestyle. Behind the equipment and vast network of connections are the system operators, the people who ensure that our electricity needs are met at every second.

Outlet Blog Post

Renewables at the South Pole

Mawson Station is the oldest surviving, continuously operated research station south of the Antarctic Circle. It’s also the most remote of the three main Antarctic stations operated by the Australian Antarctic Division (AAD). Two unique features make this station an ideal place to incorporate renewables for electricity generation.

Outlet Blog Post

Report Release: Renewable Microgrids

For island communities, the costs and risks associated with oil dependence paired with cost reductions in solar, wind, and energy storage technologies suggest that an alternative to the fully oil-based electricity systems of the past is now a viable option for communities across the globe: affordable renewable energy.