James A. Hughes
Analyst · Lazard Capital Markets
Thanks, Georges, and welcome to the team. I'd like to begin on Slide 6 by providing a brief summary on the solar market and industry environment. The global market for solar modules remains in an oversupplied condition. Despite the growing number of bankruptcies and some consolidation, we manufacturers continue to maintain existing capacity and, in some cases, increase supply. At the same time, subsidies are declining rapidly in traditional markets, such as those in Europe, causing a decline in overall demand. This is why First Solar decided to pursue a new strategy for delivering profitable, sustainable growth in new, emerging markets. But that growth is nascent at present and will take some time to develop. As stated on the first quarter earnings call, we define sustainable markets as those with a fundamental need for energy and where public budgetary financing in the form of subsidies or other incentives are not required to create demand. We have already begun to execute on our strategy to develop these markets. And the utility-scale solar market in Australia is just starting to take off, but we've already been successful in the only 2 major competitive processes to date and believe we're positioned to capture at least 30% market share going forward. In June, we announced 2 new projects that we will be designing, constructing and maintaining for AGL Energy in Australia for a combined total of 159 megawatts AC. This development will be almost 16x larger than the next biggest site, a 10-megawatt plant in Geraldton, Western Australia, which is also being constructed by First Solar for Verve Energy and GE Energy Financial Services. This is a significant step forward for the utility-scale solar industry in Australia and testimony to the confidence new utility customers have in the performance of our technology in some of the hottest and harshest conditions in the world. These projects demonstrate First Solar's ability to apply its vertically integrated capabilities to deliver competitive, comprehensive, utility-scale, solar solutions internationally in future, sustainable markets. Furthermore, we are currently in negotiations for, or actively bidding on, other multi-megawatt projects in Australia. In India, we have either contracted or are in late-stage negotiations on a number of projects, primarily for third-party module sales, and we expect to win 20% of the market this year and on a go-forward basis. For example, the U.S. Export-Import Bank just announced it approved loans to 2 Indian solar project developers totaling $57 million for the purchase of First Solar modules. We continue to maintain a close working relationship with Ex-Im, which plays an important role by providing financing in challenging markets like India. We are also gaining traction in our other target markets such as the Middle East, where independent studies confirm First Solar's superior performance in the hot climate conditions of our target markets relative to crystalline silicon and another solar technologies. In the U.S., we are announcing the addition of the 139-megawatt AC Campo Verde Solar Project, which First Solar will construct in Imperial County, California. The project is currently jointly owned by First Solar and a third party, but First Solar has contractual rights to acquire 100% ownership interest and is in the process of completing this acquisition. Campo Verde is expected to start construction in the third quarter of 2012 and be completed by 2014. San Diego Gas & Electric Company will purchase the project's output under a 20-year power purchase agreement. We also signed a deal with enXco to deliver 61 megawatts of modules to their Catalina Solar Project in Kern County, California starting in September. Our strategy also includes establishing a deep, local presence in each of our target markets. We are trying to create new markets to do something that has not been done before, and this is impossible without a strong local presence. Also, each market is unique, necessitating a market-specific organizational structure and customer strategy. With this in mind, we have recently hired a regional lead for India, Sujoy Ghosh, formerly of General Electric, who has over 20 years of industry experience in India and close ties within the local energy industry. We already have regional leads in many of our target markets and are in the final stages of hiring for those open positions that remain. Joint ventures and other business arrangements with strategic partners will also be a key part of our strategy, and we have already started having those discussions in several markets to expedite our penetration of those markets and quickly establish relationships with potential customers and policymakers. Meantime, we continue to meet on an ongoing basis with policymakers, regulators and especially end customers such as IPPs, utilities, retail electric providers and commercial self-generators, which comprise our intended customer base. This is all evidence of the significant progress we are making in these markets, and we will continue to report back on our progress going forward. If you turn to Slide 8, operations overview. In order to succeed, we need to be prepared to price solar electricity at levels sufficient to generate new demand without the benefit of subsidies. Module manufacturing cost per watt for the second quarter, excluding our German plant, was $0.72. On a comparable basis, module manufacturing cost per watt was up $0.02 quarter-over-quarter. The sequential increase was due to higher plant underutilization costs and associated inefficiencies. Had our plants run at full utilization, then our module manufacturing cost per watt would have been $0.64 per watt or $0.04 below the Q1 2012 on a comparable basis. Our best plant is manufacturing modules at a cost of $0.63 per watt, assuming full utilization. The average line conversion efficiency for our modules was 12.6% in the second quarter, which is up 0.9 percentage points year-over-year and up 0.2 percentage points quarter-over-quarter. The year -- the current efficiency rate of modules produced on our best line was 13.1% last quarter compared to 13% this quarter. We expect sustained improvements in efficiency as we continue to invest in our technology. Last month, we announced a collaboration and licensing agreement with Intermolecular Inc. aimed at accelerating our efficiency road map using their High Productivity Combinatorial platform, which allows R&D experimentation to be performed at speeds up to 100x faster than traditional methods. If you look at Slide 9, we break down the sum of the components of our modular cost per watt to enable comparison on a like-for-like basis with our crystalline silicon peers. Excluding the following costs, which are not included in peers' costs, underutilization, Germany's cost per watt, end-of-life or recycling cost, freight and warranty, accelerated depreciation and share-based compensations, First Solar's core cost per watt for Q2 was $0.53. As shown on a comparable basis, our module cost compares favorably to crystalline silicon. In addition, with the execution of our cost-per-watt and module efficiency road maps, we are confident in the long-term, competitive position of our technology. Slide 10 illustrates the progress we have made to reduce the BoS, the balance of systems penalty, on our systems as compared to c-Si systems. Historically, EPC installers have assumed that balance of systems costs for a cadmium telluride system were about $0.15 higher than a Tier 1 c-Si system due to the lower efficiency of cad tel modules and therefore the need for more land and more BoS components to achieve a system of equivalent nameplate power. We refer to this is as the BoS penalty, and it's shown as the solid black line you see on Slide 10. In reality, over time, as you can see from the hashed and dotted lines, that $0.15 BoS penalty with respect to First Solar's modules is shrinking as our average module efficiency increases. In addition, cad tel systems have an added advantage due to the superior temperature coefficient of cad tel as compared to c-Si, which results in higher energy yields in the field. This further reduces the balance of systems penalty. Let me explain what we mean by superior temperature coefficient in a little more detail. PV manufacturers tend to focus on the nameplate power ratings of modules, but investors look at total energy output. All PV modules receive their nameplate power rating at standard test conditions, which is 25 degrees Celsius. But most of the time, modules in the field don't operate at standard conditions. In temperate climate conditions, module operating temperatures often reach 65 degrees C, which is 40 degrees C above the standard test conditions rating. In hot climates, module operating temperatures can reach 85 degrees C, which is 60 degrees C above standard test conditions. All PV semiconductors incur increasing resistive losses when module operating temperatures rise, but the losses in a First Solar module are about half of what you would see in a c-Si module. For example, in a temperate climate, energy output of a multi-crystalline silicon module may be reduced by up to 20%, whereas First Solar's module output would be reduced by only about 10%. The lower resistive losses result in higher energy yield from a First Solar system for the same nameplate watts. And this further reduces the balance of systems penalty we experience relative to silicon modules. In the hot climates of the new markets we're focused on, PV modules spend more hours operating at higher temperatures, and First Solar's yield advantage becomes more pronounced. Combining our cost-per-watt road map on a peer-to-peer basis, the declining balance of system costs we experience in the hot climate areas we're targeting and the speed with which we are increasing our conversion efficiency, we believe that we will be able to maintain and increase our system cost advantage relative to crystalline silicon for the foreseeable future. Finally, turning to our systems business on Slide 11. With the addition of the AGL Energy and Campo Verde projects, our pipeline now stands at 2.9 gigawatts AC, which represents the sum of the contracted megawatts of the projects in our pipeline, excluding those that had been delivered through Q2 2012. As of the end of the second quarter, we have recognized revenue for approximately 387 megawatt equivalents. The remaining pipeline will either be constructed in the future or is currently under construction, but all revenue recognition criteria have not yet been met. Megawatt equivalents is calculated by taking total cumulative revenue recognized, divided by total contracted revenue for each project, multiplied by the megawatt AC for such project. We have also added close to 1 gigawatt in additional new bookings in 2012, of which more than half are considered secured but subject to the closure of final documentation. The remainder represents what we consider high-potential deals that we believe have a 50%-or-greater probability of being realized. This includes both systems and third-party module deals, most of which are expected to increase demand beginning in 2013 and onwards. We began installation of our solar modules at the Antelope Valley Solar Ranch One power plant in L.A. County in June and continue to make solid progress on each of the 4 large projects, Agua, AVSR, Topaz and Desert Sunlight, in our pipeline. In addition to these large projects, we continue to advance the balance of our systems pipeline. In May, together with Enbridge, we announced the completion of the 50-megawatt Silver State North Nevada Solar Project. In July, we have broken ground on the Maryland Solar Project. This project is yet to be sold, but we anticipate that we will be able to sell this project in the second half of this year given that we have more investors seeking to buy our projects than we have projects to sell them. Furthermore, the confidence in our product and services being shown by investors in our projects is evidenced by the number of bidders. We currently have more than 10 bidders vying to purchase the Campo Verde project. In summary, the solar market remains challenging given the supply-demand imbalance, but we are starting to gain traction in the new sustainable markets we're targeting, particularly with the announcement of the AGL Energy project in Australia. We continue to add to our pipeline with the addition of the AGL Energy and Campo Verde projects. Progress on our big 4 projects in the U.S. continues. We continue to execute on our cost and efficiency road maps and believe we can maintain and increase our cost advantage at the system level relative to our peers for the foreseeable future. Finally, we maintain our system cost target of between $1.15 to $1.20 per watt in 2016, which we believe will drive the creation of fundamental demand for solar power without subsidies and generate a return on invested capital for the full year 2016 of 13% to 17%. Now I'd like to hand the call over to Mark Widmar, who will discuss our Q2 financial results and update our 2012 financial guidance.