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the University shall, Commit to minimize greenhouse emissions and become carbon neutral by 2050.  Executive Policy 4.202

The University of Hawai’i is committed to being a leader in renewable energy and has a goal to become net-zero energy by 2035, exceeding and in full support of the State’s goals to be 100% renewable by 2045. Our first rooftop system was built on the PB-11 in 2009, about 10.4KW at the University of Hilo campus of the Big Island. Since then we have grown by 14,000% generating over 20 million kWh/yr, which is enough to power over 2,000 homes for a full year! Our PV systems include: rooftop installations, parking shade structures and ground mount arrays. These projects are built through a portfolio of funding sources including capital procurements and PPAs.

Peruse our portfolio of PV systems at each of our 10 campuses across the Hawaiian Islands.

West Oʻahu

Total Installed Capacity: 703 kW DC (FY2023-24)
Energy Produced: 5,264,277 kWh (FY2023-24)

Hawaiʻi Community College

Total Installed Capacity: 262 kW DC (FY2023-24)
Energy Produced: 679,885 kWh (FY2023-24)

Honolulu Community College

Total Installed Capacity: 2,413 kW DC (FY2023-24)
Energy Produced: 2,525,478 kWh (FY2023-24)

Kapiʻolani Community College

Total Installed Capacity: 1,874 kW DC (FY2023-24)
Energy Produced: 3,035,142 kWh (FY2023-24)

Kauaʻi Community College

Total Installed Capacity: 596 kW DC (FY2023-24)
Energy Produced: 568,950 kWh (FY2023-24)

Leeward Community College

Total Installed Capacity: 2,391 kW DC (FY2023-24)
Energy Produced: 3,321,138 kWh (FY2023-24)

Maui College

Total Installed Capacity: 3,016 kW DC (FY2023-24)
Energy Produced: 3,126,240 kWh (FY2023-24)

Windward Community College

Total Installed Capacity: 1,485 kW DC (FY2023-24)
Energy Produced: 1,509,138 kWh (FY2023-24)

Last modified: August 5, 2025
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