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The World's 10 Biggest Solar Farms

The World's 10 Biggest Solar Farms

Solar power may have its critics, with many pointing out the intermittency limitation compared to traditional energy stalwarts like coal, oil and gas. But there is no denying that the photovoltaic (PV) industry is on the move, with many developed nations – notably China, Japan, Germany and the United States – making huge investments into ground- and roof-mounted solar panels.

A study by the Global Climate & Energy Project concluded that if current growth rates continue, by 2020 about 10 percent of the world's electricity could be produced by PV systems. A big part of the solar story is the steady growth of ground-mounted solar power, or “solar farms”, where thousands of PV panels that often span miles of desert terrain, appear to symbolize the very future of alternative energy.

Truly monolithic in scope, these massive structures represent solar power on an industrial scale. They are more “solar suburbs” than “solar farms”. Below are the world's current largest, including a couple still in the planning stages:

1. Sambhar Lake, India. Consortium of 6 state-owned companies including Bharat Heavy Electricals Ltd., Power Grid Corp of India, Hindustan Salts. Capacity: 4,000 MW. Yes, you read that right. India's new monster solar plant, to be built about 70 kilometers from Jaipur, the Rajasthan capital, will have the capacity to produce eight times the power of the largest solar farms currently operating in the United States. The $4 billion project is the showpiece of India's solar potential, but it has been stalled due to conflicts over land use. The state government wants the land to be used for salt-making, against the wishes of the federal government which has committed to developing solar projects.

2. Topaz, California. MidAmerican Solar. Capacity: 580 MW. In December, the final 40-megawatt phase of the Topaz solar farm went online in California, making it the first solar plant in the United States to be over 500 megawatts. The 580-MW facility, located on the Carrizo Plain of San Luis Obispo County, took two years to build and cost $2.5 billion. Its 9 million solar panels, spread across 9.5 square miles, will power 160,000 homes and supply most of the electricity for the city of San Luis Obispo, population 276,000.

3. Solar Star, California. MidAmerican Solar, SunPower Corp. Capacity: 579 MW. Construction of the Solar Star Projects, located in Kern and Los Angeles Counties, started in 2013 and is expected to be finished this year. When complete, the facility will have over 1.7 million solar panels. It already delivers over 170 megawatts to the California grid.

4. Ivanpah, California. NRG Energy, BrightSource Energy, Google. Capacity: 392 MW. Opened nearly a year ago, the Ivanpah Solar Solar Electric Generating System stretches five square miles across the Mojave Desert close to the Nevada border. The plant employs about 300,000 mirrors that are used to direct sunlight onto three “boiler towers”. The facility produces enough energy to power 140,000 homes, but it has also been criticized for disrupting animal habitats and even “frying” birds that fly too close to the extremely hot towers.

5. Agua Caliente, Arizona. NRG Energy, MidAmerican Solar. Capacity: 290 MW. Agua Caliente went online in April of last year, at the time claiming the title of world's largest solar farm. The 2,400-acre facility has a 290-MW capacity, enough to power 230,000 homes at peak loads. The farm was built with a $967-million loan guarantee from the US Department of Energy, along with equity from the two co-owners, NRG Energy and MidAmerican Solar – the energy fund owned by Warren Buffett's Berkshire Hathaway.

6. Setouchi, Japan. GE, Kuni Umi Asset Management, Toyo Engineering Corp. Capacity: 231 MW. The huge solar farm in Okayama prefecture started construction last November and is expected to cost $1.1 billion. The consortium received $867 million in loans from Japanese banks and is the largest amount of debt ever raised in Japan for a clean power project. Once completed, the facility, built on a former salt field, will sell power to Chugoku Electric Power Company under a 20-year power purchase agreement.

7. Nzema Solar Park, Ghana. Mere Power Nzema Limited (MPNL). Capacity: 155 MW. Currently under construction, the Nzema solar farm will contain about 630,000 PV panels, making it the sixth largest in the world, according to PennEnergy. The 155-MW plant will tap into a power transmission line running alongside it, connecting Ghana to Ivory Coast, Togo, Benin and Nigeria.

8. Redstone Solar Thermal Power Plant, South Africa. SolarReserve, International Company for Water and Power Projects (ACWA Power). Capacity: 100 MW. In January 2015 the South Africa Department of Energy awarded utility-scale solar developer SolarReserve and Saudi company ACWA Power, preferred bidder status for a 100-MW solar plant in Northern Cape Province. The facility will be close to the Jasper PV Project, which is currently the country's largest solar plant. Redstone will produce solar power using molten salt energy storage technology, the same used at SolarReserve's Crescent Dunes project in the US.The technology stores 12 hours worth of solar energy, enough to deliver electricity to 200,000 homes during peak periods.

9. Amanecer Solar CAP Plant, Chile. SunEdison. Capacity: 100 MW. Located in the middle of the Atacama Desert, Amanecer has 100 megawatts of installed capacity, making it the largest solar plant in Latin America. Chilean President Michelle Bachelet inaugurated the plant last June. The $250-million facility containing 310,000 solar panels will produce enough power for 125,000 Chilean households. SunEdison has a power offtake agreement with CAP Group, the largest iron ore and pellet producer on the American Pacific Coast.

10. Jasper PV Project, South Africa. SolarReserve. Capacity: 96 MW. Located near Kimberley, the capital of Northern State Province, the Jasper project produces 180,000 megawatt-hours annually, enough to power 80,000 homes, according to the owner, SolarReserve. Constructed was completed last October.

By Andrew Topf of Oilprice.com

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  • puzzled on February 08 2015 said:
    What a poor list! Not only does this list of largest include several not built but it gets the largest already built one wrong too. Jasper is only 31st on Wikipedia list of largest PV plants but if you include solar thermal plants, it is only 49th largest. Denis Lenardic's Large-Scale Photovoltaic Power Plants Ranking 1-50 website shows Jasper as 24th among PV-only plants. You missed, among others, Desert Sunlight Solar Farm which is currently tied for largest in world!
  • Jim Corboy on February 09 2015 said:
    Your rankings failed to include two 280MW solar farms - one in Arizona, Solana; and one in California, Mojave built, owned and operated by Abengoa.
  • Leo Kobrinsky on February 09 2015 said:
    And not a one word about an economic efficiency of that stuff...
  • Peanut gallery on February 09 2015 said:
    Also missed - the 241.50 AC MW Antelope Valley Solar Ranch 1 in Los Angelos County
  • Andrew Topf on February 09 2015 said:
    For the edification of "puzzled" and others:
    The Desert Sunlight Solar Farm will be operational in Q1 2015, according to First Solar http://www.firstsolar.com/en/about-us/projects/desert-sunlight-solar-farm. Perhaps that is why it does not appear on Denis Lenardic's list. The Antelope Valley Solar Ranch has been renamed the Solar Star Projects, mentioned in #3. http://us.sunpower.com/utility-scale-solar-power-plants/solar-energy-projects/solar-star-projects/. Both Solana and Mojave are parabolic trough plants. See Abengoa's website for more details: http://www.abengoasolar.com/web/en/nuestras_plantas/plantas_en_operacion/estados_unidos/
  • Susan Kraemer on February 09 2015 said:
    It does seem arbitrary to include the one CSP project (Ivanpah) that is a power tower but exclude the two trough CSP plants (Mojave and Solana) that use trough collectors seems odd.

    Whether tower or trough, CSP is not like PV which produces electric current directly, but it makes electricity with turbines.

    Whether the heat is collected in tower receivers or along troughs, all CSP is basically steam driven turbines like natural gas or coal, but sunlight heats the fluid, whether water (Ivanpah) or oil ( Solana and Mojave) or - most efficient - molten salts (Crescent Dunes) which is a power tower CSP with storage now being commissioned that is due on line in the next few months.

    Solana and Crescent Dunes have the ability to ship power at night, because they have storage, an advantage of CSP over PV.
  • Wiki-Solar on February 10 2015 said:
    We agree with others that by including some planned projects (especially Sambhar, which as you say is stalled) you distort the list.

    If you leave out CSP (for consistency as others have said), then your #2, 3 and 5 should be joined by:
    • Desert Sunlight (already operating according to US EIA & CAISO),
    • Copper Mountain,
    • Longyangxia Solar-Hydro,
    • Hongshagang I (see: http://www.wiki-solar.org/map/sites/index.html?Hongshagang?a?12?38.965?102.48?),
    • Arlington Valley,
    • Charanka Solar Park and
    • California Valley
    All these are over 250 MWp, so larger than the incomplete Setouchi.
    If you exclude Charanka (because it's a cluster of projects) then add Antelope Valley Solar Ranch 1 (not to be confused with the separate Antelope Valley Solar project which, as you say, was renamed Solar Star - probably because of the name clash), as proposed by Peanut Gallery.

    See these and all utility-scale PV plants worldwide on wiki-solar.org - including some details on performance. And they are all mapped at: http://wiki-solar.org/map/index.html - see for example satellite mapping of major clusters near Golmud, Qinghai; Jinchang, Gansu; Kumul, Xinjiang; and Delingha, Qinghai.

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