Osborne is a 7.1 MW oil power plant in the United States, operated by the City of Osborne since 1970.

Ranked #433 of 879 oil plants in the USA, it represents 0.02% of the country’s total oil capacity of 38,410 MW. The largest oil plant in the USA is Manatee at 2,951 MW, making Osborne 416.1 times smaller.

There are no nearby plants within 50 km. The facility is located in Kansas, approximately 50 km from Hays.

Positioned as the 136th largest power generation facility in Australia, Osborne Power Generation Facility plays a modest yet pivotal role in the nation’s energy landscape. With a generation capacity of 180 MW, it ranks as the 53rd largest gas plant among Australia’s 175 gas facilities. This ranking underscores its significance in a country where solar energy dominates the power mix, accounting for a substantial portion of the 157,141 MW total capacity from 678 plants. Operating on natural gas, Osborne contributes approximately 0.11% to Australia’s overall energy capacity.

Osborne utilizes advanced gas turbine technology, optimized for efficiency and lower emissions compared to traditional coal-fired plants. This makes it a crucial player in the transition towards a more sustainable energy future, even while it operates within a region densely populated with gas facilities. The plant is situated near several significant gas plants, including the Torrens Island B Power Station (800 MW) and Pelican Point Power Station (485 MW), which together represent a robust cluster of gas generation capacity in the vicinity. This regional energy context highlights the competitive nature of gas generation in South Australia, where multiple plants work together to meet the state’s energy demands.

In terms of the national energy profile, Australia predominantly relies on solar energy, but gas remains an essential part of the mix, especially in balancing supply and demand during peak times. The presence of Osborne alongside other major gas plants like Torrens Island A (480 MW) and Pelican Point (478 MW) demonstrates the critical role these facilities play in stabilizing the grid. While Osborne’s capacity is relatively small compared to its neighbors, its operational efficiency and technological advancements contribute positively to the overall energy ecosystem.

Operated by Origin Energy, Osborne has been part of the Australian energy landscape since its commissioning. Its strategic location and capacity ensure it remains a viable option for energy production in the region, particularly as the country continues to explore pathways toward decarbonization.

Looking forward, Osborne’s role may evolve as Australia aims to increase its renewable energy share, but as a gas facility, it remains essential for managing energy needs in a transitioning landscape. The facility stands as a testament to the country’s ongoing efforts to balance energy production with environmental considerations, providing a bridge towards a greener future.