The Agua Caliente Solar Project is a 290 megawatt (MWAC) photovoltaic power station, built in Yuma County, Arizona using 5.2 million cadmium telluride modules made by the U.S. thin-film manufacturer First Solar. It was the largest solar facility in the world when the project was commissioned in April 2014.[1][2]
History
39 MW was online as of December 2011 and 100 MW was completed as of April 2012.[3][4] 200 MW was completed as of July 2012,[5] and 247 MW in August 2012, when the 10th section was completed.[6] The addition of more panels has halted until 2013, with crates of panels covered to protect them.[7] Full power was achieved ahead of schedule in September 2013.[8]
Project overview
In August 2011, the Department of Energy finalized a $967 million loan guarantee for the project. The project sponsor, NRG Solar, estimated the photovoltaic generation facility would fund approximately 400 construction jobs and 16 full-time operating jobs, and would become one of the largest plants of its kind in the world when completed.[9] The power produced is being sold to PG&E (Pacific Gas & Electric) in California in a 25-year Power Purchase Agreement.[10][11]
The Series 3 thin film panels use CdS/CdTe,[12] and are rated from 77 watts to 82.5 watts each,[13] and are mounted at a fixed tilt angle. 20,940 are connected in each array, rated at 1.26 MWAC. 400 SMA 720CP inverters were initially foreseen, but in the end 500 SMA 630CP are used.[14] Installed modules total power is 410 megawatt-peak (MWDC).[15]
Award
In February 2012, Agua Caliente competed in the Excellence in Renewable Energy Awards and won the Project of the Year Award.[11]
Electricity production
Agua Caliente Solar Project's production is as follows, averaging 727 GW·h annual, yielding about 300 MW·h/acre.[8]
The Loan Programs Office projected annual generation, calculated using the project's and NREL Technology specific capacity factors, was of 559 GW·h.[16] Sector estimates predicted an average production of about 626 GW·h each year. [17]
See also
- Arizona Solar Center
- Solar power in Arizona
External links
References
- World's Biggest Solar PV Plant a Feather in DOE's Cap breakingenergy.com, April 30, 2014, retrieved 2020-04-18^
- Agua Caliente, World's Largest Solar Photovoltaic Plant, Helps Advance America's Solar Leadership U.S. Department of Energy, April 29, 2014, retrieved 2020-04-18^
- Tom Cheyney. Utility-scale with a capital 'U': First Solar's Agua Caliente PV project pushes toward initial power PVTech, October 14, 2011, retrieved 2012-07-18^
- Arizona project reaches 100MW mark UPI, 26 April 2012^
- Katie Fehrenbacher. Huge Arizona solar panel farm now 2/3 completed 16 July 2012, retrieved 2012-07-16^
- World's Largest Operational Solar PV Project, Agua Caliente, Achieves 250 Megawatts of Grid-Connected Power First Solar, September 10, 2012, retrieved June 17, 2013^
- Christopher Martin, Justin Doom. First Solar Stops Installation at Agua Caliente Project August 30, 2012, retrieved June 17, 2013^
- Agua Caliente Solar Project, Monthly Electricity Data Browser, Energy Information Administration, retrieved 2020-04-18^
- Department of Energy Finalizes a $967 Million Loan Guarantee to Support the Agua Caliente Solar Project Energy.gov, August 5, 2011^
- Agua Caliente Solar Project CleanEnergy Action Project, retrieved June 17, 2013^
- Excellence in Renewable Energy Awards Winners: Project of the Year and Readers' Choice Renewable Energy World, 17 February 2012, retrieved 14 March 2021^
- http://www.power-technology.com The world's biggest solar power plants, 29 August 2013^
- Top Plant: Agua Caliente Solar Project, Yuma County, Arizona December 1, 2014^
- Syanne Olson. SMA tapped to deliver more than 400 inverters for Agua Caliente solar project PVTech, March 7, 2012, retrieved June 17, 2013^
- Session 4 - PV Plant Design and Operations www.osti.gov, 18 September 2012, retrieved 20 March 2021^
- Agua Caliente www.energy.gov, 2011, retrieved 17 March 2021^
- Top Plant: Agua Caliente Solar Project, Yuma County, Arizona www.powermag.com, Access Intelligence, LLC, 1 December 2014, retrieved 17 March 2021^