Showing posts with label First Solar. Show all posts
Showing posts with label First Solar. Show all posts

Thursday, January 20, 2011

Classifying the Top Utility-Scale PV Developers in the United States : Greentech Media

Classifying the Top Utility-Scale PV Developers in the United States : Greentech Media

The twelve project developers with the largest pipelines all share one thing in common: access to a large balance sheet

Classifying the Top Utility-Scale PV Developers in the United States
Assessing the size of the utility-scale PV pipeline in the U.S. is a highly subjective process. If you were to aggregate every project announcement, you'd find well over 10 GW of projects in various stages of development throughout the country. The BLM recently agreed to fast-track its review of 14 solar projects that alone add up to 6.5 GW, and prospective project developers are trawling much of the Western United States signing land leases for new projects.
But most of these projects will never be built. They'll run across siting, permitting, and interconnection hurdles. They'll have trouble signing PPAs at sufficient prices. Or they'll overcome the prior constraints and still be unable to close financing.
At GTM Research, we maintain a database of utility-scale PV projects in the U.S. We try to include only projects that have a reasonable chance of success given their current stage of development and their developer's track record. This whittles the total pipeline down to a more manageable 2.8 GW of projects that are likely to start generating power at some time in the next four years.
92 percent of this pipeline lies in the hands of the top twelve developers, indicating how consolidated the market remains today. Furthermore, a closer look at these twelve developers reveals that they all share a single characteristic: access to a large balance sheet. This enables them to contribute their own equity to projects, which in turn loosens the purse strings of lenders and tax equity providers.
So in an attempt to make sense of the fractured utility-scale PV market in the U.S., here is a breakdown of the top twelve project developers according to their source of balance sheet strength.


Source: GTM Research
Vertically Integrated Manufacturers
First Solar, Sunpower and BP Solar USA all have strong internal balance sheets through their own PV manufacturing operations (BP obviously also has a much larger balance sheet through its fossil fuel activities).
First Solar has, by far, the largest project pipeline, with three multi-hundred megawatt projects contracted through PPAs with California utilities (Sunlight, Stateline and Topaz) and three smaller utility-scale projects. First Solar's strategy is to build projects and then sell them prior to, or immediately upon, commencing operation. Most recently, First Solar sold its 21 MW Blythe project to NRG in November 2009. At least one of the larger projects may run across insurmountable hurdles in development. But given its track record and access to capital, First Solar gets the benefit of the doubt here.
Sunpower entered the project development game in 2006 with its acquisition of Powerlight, and has since used its downstream arm as a mechanism to create additional demand for its own modules. In contrast to First Solar, Sunpower is willing to own and operate projects, as well as developing them. Sunpower was one of the lucky few developers to raise a large project fund in 2009, with $100 million in tax equity coming from Wells Fargo in June. Its largest project in development is the 250 MW California Valley Solar Ranch, which is expected to be completed in 2012.
Gemini Solar, which is a joint venture between Fotowatio Renewable Ventures and Suntech Power, could fit in a number of these categories depending on how you classify it; I'll place it here because of the Suntech connection. Gemini's first project, a 30 MW system built through a PPA with Austin Energy, is expected to come online this year.
BP Solar USA makes the list because of a single project: the 37 MW system to be constructed at Brookhaven National Labs through a PPA with the Long Island Power Authority in New York.
Private Equity-Backed Developers
NextLight Renewable Power LLC was founded by Energy Capital Partners, a private-equity firm with over $3 billion in funds under management. Although its projects have yet to generate any power, Nextlight's huge pipeline and management team (which has deep roots in the energy project development business) have placed it as an early leader in large-scale project development. Nextlight owns another of the largest projects in our database, the 230 MW AV Solar Ranch One project, which has a PPA from PG&E. It is expected to be completed in 2013.
Recurrent Energy vaulted into the top twelve just this week with its announcement of 50 MW of PPAs from Southern California Edison. The PPAs are comprised of three utility-scale DG projects that are expected to be completed in early 2013. Recurrent raised $75 million in corporate equity in July 2008 from Hudson Clean Energy Partners, a private equity firm with over $1 billion in management. This enabled Recurrent to purchase a 350 MW pipeline from UPC Solar in March 2009, a bold gambit in the midst of an economic crisis.
Developers Owned by Larger European Renewable Energy Developers:
Fotowatio Renewable Ventures and GA-Solar both benefit from ownership by larger renewable energy project developers, both in terms of balance sheet strength and project development experience.
Renewable Ventures was purchased from MuniMae in 2008 by Fotowatio, one of Europe's largest renewable energy companies, and the company has been among the most successful at raising project finance during the credit crisis. Its most recent fund, the $200 million Solar Fund V, was raised in August 2009 with its own equity capital (likely supported by Fotowatio), as well as equity investment from Wells Fargo and debt from John Hancock Financial.
GA-Solar is a newcomer to this list, having just announced a 300 MW project in New Mexico last week. This may be the shakiest project included on our list, since no PPA appears to have been signed yet. But GA-Solar has both the project development experience (over 200 MW commissioned worldwide) and the capital backing (its parent company, Corporación Gestamp, is a $5 billion Spanish corporation) to bring the project to fruition.
Developers with Other Corporate Parents
These four don't fit into any of the other categories, but they still have access to a large balance sheet through ownership by larger corporate parents. And in each case, the corporate parents have some attachment either to the PV industry or energy project development.
Sempra Generation and PSEG Solar Source are both owned by larger energy corporations that also have utilities within their portfolios (San Diego Gas & Electric and Public Service Electric & Gas, respectively). Sempra's inclusion comes from a 48 MW expansion of its existing 10 MW El Dorado project in Nevada. Sempra has also planned a much larger, 400 MW project called Mesquite Solar that is still in the permitting process. Sempra Generation's parent, Sempra Energy, produced $11 billion in revenue in 2008. PSEG Solar Source is developing projects for AEP in Ohio and Jacksonville Electric Authority in Texas, both of which are expected to be completed this year with a combined capacity of 27 MW. PSEG, the parent company, does around $13 billion in annual revenue.
Chevron Energy Solutions, a division of the oil major Chevron Corporation, develops both solar and biomass projects. CES is developing a 45 MW project in Lucerne Valley, CA through a PPA with Southern California Edison. The project will be constructed in two stages, beginning this year with expected completion in 2012.
SunEdison would have been the anomaly on this list if it hadn't been purchased by MEMC in October 2009. But as it stands, SunEdison will benefit from MEMC's roughly $2 billion balance sheet. Expect its pipeline holdings to jump upward significantly in 2010.

Monday, October 18, 2010

The Solar Module Market: Concerns Ahead « TechPulse 360

The Solar Module Market: Concerns Ahead « TechPulse 360

Sales in other European countries, Italy, Spain and the Czech Republic, are moving ahead in advance of tariff cuts of their own. This is leading prices to be stable and wafer prices to even climb a bit. According to Y. Edwin Mok, an analyst at Needham & Co., crystalline cell pricing has risen to $1.35 a watt, compared with $1.25 a watt or so in the first quarter.
This could help vendors such as SunPower, JA Solar and Suntech Power Holdings.
The danger is that this year’s strength will turn into next year’s softness. The fear is especially high in Italy and Spain, which are facing large tariff cuts, says Mok. German installations could decline as well, he adds.
Mok is not alone in his assessment. John Hardy at Gleacher & Company said he expects the world’s largest module maker, First Solar, to post better-than-expected second-quarter sales later this month and speak favorably about the rest of the year.
“The big industry test is coming” in the first quarter of 2011, he says. That’s when sales could slump and another rapid decline in prices could spark worries of another 2009.

Survival Path Seen For Amorphous Thin Film « TechPulse 360

Survival Path Seen For Amorphous Thin Film « TechPulse 360

Equipment supplier Oerlikon, on the other hand, is not balking. O’Brien says he expects the global production capacity of amorphous cells to someday rival that of cadmium telluride, presently the most popular thin-film technology. First Solar, the world’s largest solar producer and the only significant maker of cadmium telluride, has about 18 percent of the global solar market.
Amorphous production capacity from manufacturers, such as Sharp and Konica Minolta, will add up, says O’Brien.
Thin-film advocates, such as Oerlikon, argue that a lot of the expected cost reductions have already been wrung from crystalline-cell manufacturing. Price declines will eventually slow.
This will leave an opening for thin film. It is an opening Oerlikon hopes to capitalize on. The company says the cost of thin-film cells made with its equipment will drop to 70 cents a watt by the end of the year, from $1 at the year’s start and a $1.50 in 2008.
This may not enable them to catch those from First Solar, which early this year reached 81 cents. (First Solar is likely to offer a new benchmark when it releases quarterly earnings next week.) But O’Brien sees competition increasing and says more significant cost reductions are expected next year. He declined to offer a target.
He says Oerlikon was able to avoid Applied Materials’ fate by maintaining a technological advantage. First, the company’s micromorph tandem junction technology is generating module efficiencies of 8.5 to 9 percent, up from the 7 to 8 percent of a single junction cell.

First Solar’s Cautious Sales Outlook, Cost Improvement « TechPulse 360

First Solar’s Cautious Sales Outlook, Cost Improvement « TechPulse 360

On a conference call, it said:
*Module manufacturing costs fell to 76 cents a watt, down 5 cents from the first quarter. Annual throughput per line was up 6 percent to 59 megawatts and material costs were lower. The company’s target is to reach 52 cents to 63 cents a watt in 2014.
*Utility-scale projects are expected to increase. First Solar said it anticipates building 500 to 700 megawatts of projects in North America during 2011, up from 175 megawatts this year.
*Demand is expected to exceed supply in 2010. First Solar expects production capacity to be 2.2 gigawatts by 2012, up from 1.4 gigawatts this year. Module conversion efficiency was 11.2 percent in the second quarter compared with 11.1 percent in the first quarter.

Suntech Boasts It Is The Largest Solar Company, Warns Of Higher Wafer Costs « TechPulse 360

Suntech Boasts It Is The Largest Solar Company, Warns Of Higher Wafer Costs « TechPulse 360

Wednesday, October 13, 2010

Clean Break » Blog Archive » Who knew? World’s largest solar PV plant is now in Ontario

Clean Break » Blog Archive » Who knew? World’s largest solar PV plant is now in Ontario

Sarnia solar power plant and that the facility now ranks as the largest solar PV plant in the world. The plant is owned by gas and pipeline giant Enbridge Inc. — you know, the guys who had the big oil spill in Michigan. The press release says it is an 80-megawatt plant, but over at PRResources.com it ranks the project first at 97 megawatts. Not sure what the deal is there. But even at 80 megawatts it’s still 33 per cent larger than the second-largest plant, which is in Olmedilla, Spain. The next largest in Canada, ranking 24th worldwide, is the 23.4 megawatt facility in Arnprior, Ontario.

Monday, October 4, 2010

Walmart to Install Thin Film Solar Panels

Walmart to Install Thin Film Solar Panels

Walmart uses First Solar (CdTe) and MiaSole (CIGS) for its solar installations. The company notes an important decision in using this technology was its lower environmental life cycle cost, supporting my master's thesis on the lifecycle environmental impact of solar technologies.