Our Solar Initiatives | Sustainability | OUC
OUC leads with programs and services that bring solar power to the community. Learn about our 6-year SunRiser status and commitment to solar power generation.
OUC Opens One of the Largest Floating Solar Arrays in the U.S.
Innovative projects like the floating solar array contribute to a diversified generation portfolio that strengthens OUC''s ability to deliver affordable, reliable and sustainable power to
OUC experiments with ways of generating and storing electricity from
Projects include a floating solar array that generates 64 kilowatts of electricity, battery storage systems, electric vehicle charging stations and a hydrogen system to capture, store and...
OUC Makes Big Investments in Renewable Energy
The Commission''s $200 million proposal to purchase power from two, 74.5-megawatt solar farms will double OUC''s solar generation portfolio. Clean-energy provider Invenergy will build and operate the
ONCE AGAIN, OUC IS A SOLAR ''SUNRISER''
OUC has committed $420 million to increasing its solar energy footprint, which will include two, 74.5 MW solar farms in 2024. OUC plans to harness solar power and other emerging clean energy solutions in
Powered up: OU''s president house is first in state to be fully solar
Installed late last year and activated this year, the panels generate enough power to make the house the first building on campus to be fully solar powered. University officials believe it is...
OUC is a Solar ''Sunriser'', Once Again
By 2025, OUC''s solar energy capacity is projected to produce 496 megawatts (MW), enough power for 90,000 typical Florida homes. OUC has committed $420 million to increasing its
OUC INCREASING SOLAR CAPACITY
OUC plans to dramatically increase its utility-scale solar capacity with the addition of two 74.5-megawatt (MW) solar farms scheduled to open in December 2024. The move will help OUC reach a goal of net
OUC Board Approves Possible Purchase of Plant To Enable Large
OUC noted that it was approached in May 2021 with an opportunity that would enable large-scale solar farms, mitigating the intermittency of solar power, which is the utility''s most viable