Arthur Bottone
Analyst · ROTH Capital Partners. Your line is now open
Thank you, Mike. Please turn to Slide 6, Latest Solution. Our new 3.7 megawatt enhanced efficiency fuel cell power plant is specialized configuration of our basic power plant and is designed for utilities, large industrial users, and the growing data center market. These customers are focused on clean and affordable power and is driven more by electrical efficiency rather than total thermal efficiency. Our goal is to create a power plant to compete with combined cycle plants in terms of efficiency, economics, yet be cleaner and easier to site and construct. With a third fuel cell module integrated on to one of the standard two module power plants, this innovative design generates ultraclean power up to 60% net electrical efficiency, the equivalent of a very large combined cycle power plant. Unlike remote combined cycle power plants, however, our distributed solution can be situated in urban areas, avoids transmission and its associated line power losses and eliminates criteria pollutants emitted by combustion-based power generation. As we just announced, we’ll soon begin construction of our first megawatt scale project utilizing this configuration to showcase our ability to generate ultraclean power using minimal land and enhanced grid resiliency, while contributing to local and state tax revenue. We expect to sell the ultraclean power plant to the local – power to the local utility and we will explore selling the project once operational. Our enhanced efficiency designs can be scaled up to 100 megawatts, allowing them to be built easily and quickly in densely populated areas, making them ideal for urban redevelopment. fuel cell projects in Beacon Falls, for example, return dormant property to tax rolls that drive urban renewal. Remote central generation projects simply cannot compete with this all-encompassing value proposition for local economic development. This configuration lends itself to distributed generation resources by improving reliability, visibility by capacity markets and avoidance of distribution level investment. Please turn to Slide 7, Market Update. The 63 megawatt Beacon Falls Energy Park was bid into the Tri-state RFP. In July, reviewers announced that additional time was needed for their evaluation. We remain confident that the fuel cell park provides a very compelling value proposition with advantages in other submittals cannot offer. The project will both drive and pave for natural gas, electrical and water infrastructure, which contributes to adjacent economic development. Many competing bids require construction of transmission lines for additional power sources. The Energy Park will generate property and sales taxes and provide the benefits of manufacturing in the region, which competing projects don’t offer. Importantly, this park will generate up to five times the amount of renewable energy credits, or RECs, as a similar sized solar rate due to lower availability for solar in the region, helping the state achieve its renewable portfolio standard sooner with lower investment. As we also discussed this last quarter, we submitted multiple bids totaling more than 50 megawatts of power plants into an RFP issued by the Connecticut Department of Energy and Environmental Protection for clean energy projects in the range of 2 to 20 megawatts. We expect decisions on this RFP within a similar timeframe as the Tri-state RFP. We are also working to close different on-site projects as well. We continue to develop multiple projects on Long Island in anticipation of a 40 megawatt fuel cell RFP from PSEG Long Island. As original bid submission date of August 1 was delayed by PSEG, the RFP entire structure is on the agenda and expected to be approved at the upcoming life of September Board meeting, with an effective submittal date of October 1. The State of New York is implementing energy policy to support adoption of a variety of renewable energy sources, including the recent increase to their renewable portfolio standards to 50%. Fuel cells operating in natural gas or renewable biogas are eligible and will drive demand for our solutions. In support of this increase RPS target, the State has also introduced a new tariff structure that values distributed generation in the support of the development of micro-grid projects. California State Legislature recently passed AB-1637, which will support on-site generation using fuel cells, including those operating in natural gas. It raises from 1 to 5 megawatts the limit for the fuel cell net energy metering projects that are eligible for exemption from non-bypassable charges assessed by investor owned utilities, and it extends the current legislation expiration to December 31, 2121. In addition, AB-1637 doubles annual funding for the Self-Generation Incentive Program from $80 million to $160 million. Implementation will begin once the legislation is signed by the governor who is supportive. Getting this done has been a priority of our team. The new law will help support and expand market opportunities in California, as exemption of non-bypassable charges can add significant value to project. One component of our strategy to grow the European market is to work with the leading European companies to expand market access. As an example, Andreas Froemmel, Vice-President of Business and Commercial Development at FuelCell Energy Solutions was appointed Vice Chair of Hydrogen Europe, a leading industry association of 100 companies dedicated to advancing deployment of hydrogen fuel cell technologies in Europe. Other companies represented on the Board include industry leaders, such as Engie, leading French-based utility, and Siemens. We have received notice of award for another high-profile megawatts fuel project in Europe, which we expect to finalize in 2016. I would like to comment briefly on the Investment Tax Credit. As I mentioned on our last call, the senior leadership of both parties in the U.S. House and Senate have publicly committed to correct what they acknowledge the drafting error with the ITC legislation. And they have committed to correct an oversight during the year. We remain confident this will occur. In the meantime, we’re mindful the legislation in the U.S. will not affect our global business in Europe and Asia, and that all of the projects in our backlog will be completed in 2016 within the window of the existing legislation. We continue to focus on cost reductions and solution refinements, such as the enhanced efficiency configuration as we discussed, which will allow us to remain competitive. While we construct fuel cell parks relatively rapidly, historically, within 9 to 15 months, these projects are not eligible for the ITC until they are operational. This means that a project such as Beacon Falls, if awarded, will not be eligible for the ITC until it becomes operational. So while we want the ITC legislation corrected and strongly feel it’s the right thing for Congress to do, the delay will not impact the projects we have under development. Please turn to Slide 8, Installed Base Expanding. A number of on-site CHP projects became operational in key markets. The utility owned 1.4 megawatt on-site CHP power plant we installed at a manufacturing facility in Germany is now operational. This is the first megawatt fuel cell power plant operating commercially in Europe. It was constructed under our agreement with EON, one of Europe’s leading energy companies and one which values how we provide a turnkey solution for installation, operation and maintenance. We will be attending a dedication event at the site in September, hosted by EON, with attendees including prospective customers and government officials. In California, as we recently announced, the turnkey solution we provided for the Riverside regional water control plant is operational. The project is structured, so that the customer, the City of Riverside pays only for power generated by the plant, achieving immediate operating savings without any capital outlay in a manner that supports the sustainability goals. We installed and will operate and maintain the complete 1.4 megawatt on-site CHP power plant, inclusive of the renewable biogas cleanup system designed by FuelCell Energy. The city buys carbon neutral power from us to support its operations under a long-term Power Purchase Agreement. As Mike mentioned, we retained the PPA and earned money monthly revenue from the sale of power, with financing provided by PNC Energy Capital. Our proprietary biogas cleanup system allows us to offer an affordable and comprehensive turnkey solution. This ensures the cleanup process is accomplished to a uniform standard and lets us take responsibility for the complete system on our customer’s behalf. This model can be replicated throughout our markets. In Connecticut, the 1.4 megawatt on-site CHP power plant purchased by Pepperidge Farm’s Bakery is now supplying affordable ultraclean energy for repeat customers commercial operations. It supplements an existing FuelCell Energy power plant that was installed in 2008. Our fuel cell solutions are helping this commercial operation realize significant energy cost savings and dramatically reduce pollutant emissions while improving energy security and power reliability. This project recently won an industry sustainability award. Three previously announced projects are under construction. The 5.6 megawatt on-site CHP plant at Pfizer is expected to be completed during the fourth quarter of 2016. The 1.4 megawatt on-site power plant at Santa Rita Jail in California is expected to be completed during the fourth quarter of this year. Our customers upgraded to a new point – a new plant that will replace the smaller FuelCell Energy power plant that was installed in 2006. Like the Riverside installation, we expect to retain this project on our balance sheet that will recognize revenues from the sale of clean power to a 20-year PPA with the County of Alameda. Finally, we expect the 2.8 megawatt on-site CHP power plant being installed for repeat utility customer United Illuminating in the town of Woodbridge, Connecticut to be completed towards the end of calendar 2016. Our power plant will serve as a clean energy source for the town’s micro-grid. Please turn to Slide 9, Global Operations. We are excited to see work unfolding on the first phase of the two-phase expansion of our North American manufacturing facility in Torrington, Connecticut. External site work is nearly complete. The foundation work is underway. We are reconfiguring aspects of our plant processes and making adjustments to some work areas to enhance continuous production flow and prepare the transition to an increase in complete module manufacturing. This carefully timed capacity expansion positions us to meet future demand forecasted to arise from the numerous pending RFP awards, including utility scale projects, such as large fuel cell parks and potential carbon capture project. Our prudently financed investment in this expansion will provide near-term operating cost reduction. In Asia, the manufacturing automation line of POSCO Energy state-of-the-art campus in South Korea is fully operational. Our team has been working closely with POSCO to optimize the production line layout and corporate material handling automation and foster a culture of continuous improvement. POSCO is also progressing with construction of a 20 megawatt Noeul Green fuel cell park in Seoul, Korea as the photo on opening highlights slide illustrates. Please turn to Slide 10, summary. Numerous projects are progressing and work is ongoing, turning awards into contracts ready to execute. Due to the strong profiles, we’re very optimistic regarding more than 125 megawatts of clean energy projects currently pending decisions, including those under the Tri-state and DEEP RFPs. We’re closely following a perspective PSEG RFP and expect to submit bids. We continue to strengthen our balance sheet to support these in future project proposals. Several new power projects have come online, expanding our installed base. These include the first megawatt class fuel cell power plant operating commercially in Europe and a comprehensive turnkey installation in California, featuring FuelCell Energy’s design biogas clean up system. Nearly 10 megawatts of new power projects under construction will be commissioned near-term. Our growing installed base is adding to future services revenue. The worldwide fleet has generated more than 5 billion kilowatt hours of ultraclean electricity, an industry record. Our skilled team of associates has been working hard to develop a large, high quality project pipeline. We are very optimistic and prepared to execute on multiple significant opportunities that are pending now, and we look forward to sharing news and additional information soon. Thank you for your continued support. Operator, we’ll be happy to take questions at this time.