Arthur A. Bottone
Analyst · Lazard Capital Markets
Thank you, Mike. Please turn to Slide 8, Asian Strategy. Our flexible business model allows us to fully leverage our partners' financial and other resources leading to the development of certain markets such as Asia with minimum capital investment from us. Our ultra-clean, highly efficient and reliable fuel cell power plants have a competitive price point for the market, and we have a strong track record on the service side operating these plans for our customers and reducing the risk. We are creating sustainable jobs in the U.S. and abroad and are tied to local demand. Strategy attracts the support of governments that are seeking the benefits of ultra-clean distributed baseload power generation while simultaneously creating sustainable local jobs. Our partnership with POSCO Energy in South Korea is an excellent example of the strength of our business model. There are a number of demand drivers in South Korea. The Renewable Portfolio Standard that took effect on January 1, 2012 is compelling utility purchases and supports demand such as a 60-megawatt FuelCell park being developed by POSCO. Export opportunities exist such as the previously announced showcase installation in Southeast Asia and a significant opportunity in Japan to augment or replace nearly 23,000 megawatts of nuclear power. A very interesting recent development is the announcement by Seoul City to install 230 megawatts of fuel cell power plants. On the nuclear power incident in Japan after 2011 earthquake and tsunami, we're seeing countries such as Germany, Japan and now, South Korea, a growing desire to replace nuclear capacity with safe resources of continuous baseload power. A lot of planning has gone in to the Seoul City program, which appears to benefit from a broad support with the city government. Plans for the program are quite specific regarding location and timing of power plant installations. The implementation timeframe is short, and we expect further announcements soon regarding possible project structures and financial incentives. Plants will probably be owned by the utilities or project investors. For example, the Seoul Metropolitan Rapid Transport and Korea South-East Power recently signed a Memorandum of Understanding for a 134.4 megawatt of fuel cell power plants to be located in 6 subway rail yards. The plan originally announced by the city called for 70 megawatts for the subway system rather than 134 megawatts under the MOU. The representatives of the subway system publicly commented that it's more economical to scale up the size of the installations. The electricity will be sold to Korea South-East Power except during grid disturbance, at which time the fuel cell power plants will supply the subway system exclusively. Heat from the power plants will be supplied to original heat distribution network, likely heating neighborhood department complexes. Let me be clear that I am sharing this information as an indication of possible future demand. POSCO Energy does not have any orders from these recent announcements by Seoul City or the Metropolitan Rapid Transit. POSCO continues to move forward in developing the 60-megawatt FuelCell park in the industrial complex. Consisting of a series of DFC3000 power plants, this will become a valuable showcase for demonstrating the scalable nature of our power plants. The 2 FuelCell parks operating in South Korea in excess of 10 megawatts each have been good discussion points for us in electric utilities in the U.S. and Europe, but we expect significant customer interest when the construction begins on the 60-megawatt park. Multiple large-scale FuelCell parks spread throughout electric utility service areas are an economically attractive approach to adding a significant amount of clean power generation which a solution is easy to cite in populated areas. POSCO has done an outstanding job moving the South Korean market has the financial and the resources to accelerate the development of this market. POSCO has ordered 140 megawatts of products to-date and a 121 -- 120 megawatts from the MOA will bring the total to 260 megawatts. 120 megawatts is the largest order in our history and provides a consistent level of production for our Connecticut manufacturing facility for many years. The certainty of demand facilitates manufacturing efficiencies and improves the economics of our supply chain, and POSCO's equity investment enhances our balance sheet. Expanding our partnership with POSCO to include fuel cell component manufacturer has many advantages. Establishing a second manufacturing site expands global capacity without requiring capital investment by FuelCell Energy, both the production improves responsiveness and decreases shipping costs. It also gives us a second source of supply for re-stacks, which is important for our customers and project investors. POSCO will pay a one-time licensing fee for the manufacturing rights and will receive ongoing royalties for each of the completed power plants our partner sells. Please turn to Slide 9, European Strategy. The number of drivers making the German market for distributed generation -- there are a number of drivers making the market for distributed generation using fuel cell power plants very promising. The country has an extensive and robust natural gas network, which makes the cost of this clean fuel source relatively low and readily available. This makes the attractive economics of generating power with our ultra-clean and highly efficient fuel cells even more compelling. Like South Korea, Japan and other countries, Germany wants to curtail its reliance on nuclear power. Alternative solutions like wind and solar are intermittent and restricted by geography. While Germany has wind resources in the northern part of the country, the high-low demand is in the South, and utility scale solar power installations are less suitable for cities and high-density population areas as solar generation is intermittent and requires significant space and transmission distribution systems. As a world leader in the production of megawatt class stationary fuel cell power plants for baseload power generation, we are bringing a proven energy solution to the European market that features a better price point and more attractive economics in the market as previously seen. Our partnership with Fraunhofer, a well-recognized applied research organization with global operations, will leverage their extensive research capabilities and relationships while we focus on building a direct sales model throughout the European Union with our joint venture. FuelCell Energy Solutions, our German subsidiary, will acquire selected assets from the former European partner, including fuel cell component inventory and fuel cell manufacturing equipment at no cost. The former partner will also contribute FuelCell-related intellectual property to Fraunhofer, again, at no cost, and we'll make a one-time capital infusion into FCES. Fraunhofer will become a minority shareholder in FuelCell Energy Solutions by the end of this month. FCES is structured to accommodate investment from other potential partners at some point in the future. Initially, fuel cell modules will be shipped from the U.S. to meet European demand as demand supports and local assembly capabilities are developed in Ottobrunn, Germany, near Munich. Fuel cell component kits will be shipped from the U.S.A for stacking in Germany and the sourcing of balance supplant from European suppliers. As the market develops and supports the business, employment will expand with the hiring of sales, service and manufacturing employees. The variable cost model we are rolling out in Europe leverages our partner significant resources, while requiring minimal initial capital. Future investment by us will be predicated on order flow and growing the installed base. Our partnership with Abengoa will leverage their market presence and sales coverage. Through Abengoa, we are also looking in developing the market in Latin America. Please turn to Slide 10, U.S. Market Highlights. We are using a direct sales version of our business model in North America, where we're selling it to multiple growing vertical markets. Our pipeline remains active as we move select projects to closure, including a variety of projects in California, including natural gas and biogas installations. Connecticut has created a number of incentives for the development of clean distributed generation. In late 2011, the state authorized Renewable Energy Credits for zero-emissions technologies, which include wind and solar, or ZRECs, and low-emissions technologies, which include fuel cells, or LRECs. Under low-emissions programs, utilities were offered $60 million a year for the next 5 years for installations under 2 megawatts with the contract term of 15 years. The total LREC program size is $300 million. The long-term nature of the REC program makes it attractive as it provides investors with certainty of returns. The 2 primary electric utilities in the state, Connecticut Light & Power and United Illuminating, will administer the program, choosing eligible technologies based on the submitted bid-valuations for the RECs. We are submitting multiple bids this month under the LREC program and expect to be very competitive due to the favorable cost profile of our power plants. Bid selection is slated for July. In addition, the state has also authorized these utilities to purchase 10 megawatts of renewable power each. One of the utilities has already begun implementing a program that identifies multiple sites and technologies, including fuel cells, and we expect the second utility to do the same within the coming months. We continue to work -- several Connecticut 150 projects are in active discussions with potential project investors to bring them to closure. Customers' growing confidence and satisfaction with our products, solutions and services is reflected in the number of new and extended service agreements we are signing. We recently announced the extension of service agreements for existing customers here in the U.S. And earlier in the second quarter, we executed a multi-year service agreement with Southern California Edison, a major U.S. electric utility. Our customers want the favorable economics and attributes of the fuel cell power plant generation such as virtual apps [ph] and sub-pollutants [ph] and desire for us to maintain and operate the plants on their behalf under long-term agreements up to 20 years. New megawatt-class DFC power plants continue to be commissioned, adding to our installed base. New power plants were commissioned to different locations in San Diego, California area. Two other power plants are in the process of being commissioned, 1 in Chino, California and the other in San Jose, California. The state of New Jersey recently announced a large scale incentive program for combined heat and power generation and fuel cell power generation. The program is structured as a buy-down of the capital cost of the power generation equipment and targets commercial, industrial and institutional applications with power needs of at least 1 megawatt. Initial solicitation is $20 million with the potential for additional $35 million in late 2012. Our fuel cell power plants, which operate 47% electrical efficiency and up to 90% total efficiency when configured for combining power applications, meet the New Jersey criteria for both combined heat and power generation and fuel cell power generation. States are recognizing that intermittent wind and solar power alone are insufficient to meet the Renewable Portfolio Standards. The New Jersey program demonstrates a growing appreciation for FuelCell's as clean baseload power generation sources that can complement these other clean energy sources. Please turn to Slide 11, Bridge to Profitability. As a result of our ongoing intense focus on cost reduction and expense management, even with lower revenue during the second quarter, we're able to obtain a positive gross margin on lower sales compared to the prior-year period. We have delivered positive gross margin with approximately 50 megawatts of production. The 120-megawatt order from POSCO plus scheduled restacking, accounts for about 50 megawatts of annual production through 2016. Additional volume generated in the Americas and Europe will contribute to the company profitability. Our business model includes annuity like recurring revenue from scheduled restacking of our power plants, including a 120-megawatt Memorandum of Agreement with POSCO. Our growing installed base and product backlog is about 300 megawatts. This expanding installed base will drive future service revenue. Margins will continue to expand as volume grows as a result of manufacturing efficiencies and purchasing synergies. We will achieve a positive EBITDA at approximately 80 megawatts and a positive net income of 80 to 90 megawatts. Our vision is to become -- our vision is to provide ultra-clean, efficient distributed generation baseload power for less than the cost of grid electricity without incentives. We estimate that an annual production rate of 210 megawatts will drive power generation cost down to $0.09 to $0.11 per kilowatt. This is a very achievable volume, especially relative to the increasing order flow for POSCO and our growing installed base of power plants. Please turn to Slide 12, Summary. We are implementing our versatile business model on 3 continents and making excellent progress in executing major strategic initiatives. This will lead to growing volume and profitability. We are expanding our partnership with POSCO in response to growing demand in South Korea and increasing our Asia focus. The expanding order volume from our South Korean partner has given us stable and reliable manufacturing base in the U.S. with consistent production levels for several years. We are laying a foundation for growth in Europe. Stay tuned for increased U.S. order activity, and we are pleased to have a vastly improved balance sheet. As always, I want to thank our talented associates for making excellent progress and our investors for their confidence in us. Operator, we'll be happy to take questions at this time.