Daniel McGahn
Analyst · Roth Capital Partners
Thanks, John. We want to grow and diversify our revenue base. We are focused on growth through grid. We are committed to announcing an additional city to perform a REG deployment study. In May of 2017, we announced Seattle City Light and completed this milestone. With a key focus on sustainable solutions, Seattle City Light will evaluate REG as a solution for several power distribution applications within the utility service area. During the first quarter, we also announced our relationship with Electrical Consultants Inc. or ECI, an engineering procurement and construction firm based in Billings, Montana. As a preferred vendor to AMSC, ECI will support our efforts to offer utilities full turnkey REG solutions while potentially opening up additional channels to market. We set a goal for fiscal 2017 to close the ComEd contract with acceptable commercial terms and begin the construction phase in Chicago. We need to make sure what we do with ComEd makes good business sense to us. Our negotiations with ComEd for a commercial contract continue. We will report progress with ComEd as we are able to announce it. We continue to be in discussions with other cities and other utilities for our REG product. We are focused on growing our Grid revenue for fiscal 2017. D-VAR is a large part of our Grid business today. We continue to see demand for our D-VAR product in all 3 of our target markets of grid connection for renewable energy, industrial applications and the electric utility market. During the first quarter, we booked 3 D-VAR orders; 1 for a wind farm project in the U.S., another for a wind farm project in the U.K. and we booked a new order for a repeat customer in the industrial segment. In fact we believe that the third quarter of fiscal 2017 could be one of the strongest D-VAR quarters in a long time. We expect to generate orders for our VVO product in fiscal 2017. VVO was introduced to the utility market in January of this year at the DistribuTECH Conference Convention in San Diego. The launch of our VVO product is going very well. Our sales team is targeting utilities in the U.S. We are seeing interest in VVO from investor-owned utilities, cooperative public utilities, as well as municipal utilities. The value proposition of VVO addresses 3 important issues for utilities; voltage management, solar capacity and conservation voltage reduction or CVR. We anticipate significant demand for our VVO solution with the advent of electric vehicles or EVs. They are going to be increasing the bidirectional flow of power on the distribution grid. Our VVO solution addresses the increasing reliability and safety concerns brought upon by the integration of EVs and solar on to the distribution grid. The Tesla Model 3 launch will further challenge the distribution grid. We believe our VVO offering doubles the addressable market for our voltage management solution. We anticipate VVO could be an important component to the long-term growth of our Grid business. We expect to deliver VVO units to our beta customers and build a backlog of commercial VVO orders in fiscal 2017. During the first fiscal quarter of 2017, we talked about delivering a beta unit to the U.S. Navy. We delivered our beta version of the deployable ship protection system, which I'll refer to as the deployable. The deployable is expected to provide the U.S. Navy with a robust mine countermeasure capability that is anticipated to minimize the risk to fleet assets and personnel during mine countermeasure operations. The core components of AMSC's HTS-based ship protection systems are common and transferable to other applications being targeted for ship implementation. AMSC is continuing its work to expand HTS technology into the fleet through a variety of applications for power, propulsion and protection equipment. I am very proud of the AMSC team responsible for delivering this unit and I'm very proud of the progress we continue to make with the U.S. Navy. And now I'd like to focus on discussing our final corporate goal for fiscal 2017, which is to secure our next SPS order from the U.S. Navy. We are actively working with the Navy on this order. We have demonstrated how our HTS products could enable the next generation of ship protection systems. In May of 2015, we announced a contract worth up to $8.5 million to provide HTS-based ship protection system equipment to the Navy. This contract includes components for both ship projection systems, but also HTS-based power delivery systems. In May of 2017, we announced a contract worth up to $8.4 million for engineering and technical services from the Naval Surface Warfare Center. This sole source contract was entered into to support the U.S. Navy's insertion of AMSC's HTS-based ship protection systems into the surface fleet including interface hardware for testing and training systems. We believe this sole source contract for engineering and technical services is a clear indicator that the Navy is ready to integrate AMSC's HTS-based SPS into the surface fleet. We have received a lot of questions from investors regarding our target market for our ship protection systems. I'd like to take this opportunity to provide some detail of a few vessel platforms, which could potentially replace the legacy system with our HTS-based SPS. Let's start with the littoral combat ship platform or LCS. The U.S. Navy developed this smaller more agile ship to navigate at speeds of over 40 knots in shallower waters with the purpose of making it reconfigurable and adaptable to specific missions including mine countermeasures, anti-surface warfare and special operations. There are 2 classes of LCS, the freedom and independence. The freedom class is just under 400 feet in length manned by a crew of approximately 40, designed by Lockheed Martin and built at Marinette Marine in Wisconsin. The independence class is over 400 feet in length manned by a crew of over 40, designed by General Dynamics and built by Austal USA in Alabama. There are 26 littoral combat ships either in service or in production today. The Navy's 30-year naval vessel construction plan calls for the production of 55 vessels, which includes small surface combatants such as LCS ships or future frigates. As I have mentioned in the past, the expected revenue to AMSC from a small ship such as the littoral combat ship could be anywhere from $3 million to $5 million. The San Antonio class vessel is an amphibious vessel. These ships conduct expeditionary warfare missions by delivering troops and equipment. The length of this ship is nearly 700 feet, travels in excess of 22 knots and can carry up to 800 troops. Construction on the USS San Antonio, the first ship of the class, began in 2000 in Virginia. The USS Portland, which is called the LPD-27, is the 11th amphibious ship to be built and is currently under construction by Huntington Ingalls Industries in Mississippi. The Navy has also awarded Huntington Ingalls the construction of the USS Fort Lauderdale, also known as LPD-28. As the 12th San Antonio class ship, the USS Fort Lauderdale will incorporate cost reduction initiatives and class lessons learned. LPD-29, the next ship, has already been funded by Congress in FY 2017 and discussions are already away in Congress for a possible LPD-30. There are about 32 amphibious ships in service today and the Navy plans call for the construction of an additional 23 amphibious vessels, LPD included. The expected revenue to AMSC for a medium ship such as the amphibious vessel is between $5 million and $15 million. Destroyers or battle ships capable of leading a strike or protecting the fleet against other ships, submarines and aircraft. These heavily-armed large surface combatant ships can operate on their own or as part of a larger fleet. Today, we have 2 classes of destroyers, the Arleigh Burke and the Zumwalt class. The Arleigh Burke class is built by Bath Iron Works in Maine and by Huntington Ingalls Industries in Mississippi. Lockheed Martin is the radar and combat system integrator. The Arleigh Burke class is over 500 feet in length, can travel an excess of 30 knots and carries a crew over 300. The Zumwalt class is being built by Bath Iron Works, a division of General Dynamics, in Maine with Raytheon as the prime contractor responsible for the design and development of the Zumwalt mission system, a computerized network which includes the ship's combat system. The Zumwalt class is over 600 feet in length, can travel at approximately 30 knots and has a crew size of 175. Today, there are 62 Arleigh Burke class destroyers operating and 1 Zumwalt class. The Navy plans calls for the construction of approximately 66 large surface combatants, most if not all destroyers. The expected revenue to AMSC for a medium ship such as a destroyer is between $5 million and $15 million. Aircraft carriers are the largest warships ever put to sea traveling typically in battle groups. These vessels operate in international waters without needing permission for landing or over flight rights. Each carrier is sovereign U.S. territory with a 24-hour airport and a population dedicated to protecting U.S. interests. Aircraft carriers are more than 1,000 feet in length. The carrier travels at speeds of over 30 knots with a crew size of over 4,500 and has the capacity to hold over 75 aircraft. There are 11 aircraft carriers in service today and the Navy plans for the construction of an additional 6 carriers. The expected revenue to AMSC from a large ship such as an aircraft carrier is between $20 million and $25 million. The current administration has the desire to expand the U.S. Navy fleet by nearly 30%. Every additional vessel added to the Navy's build plan increases our addressable market for ship protection systems. There are a number of other vessel platforms within the Navy's fleet, which we feel are strong candidates for AMSC's HTS-based ship protection systems. But given the fact that I've received so many questions from so many of you, I decided to take the time today to discuss some of our target markets within the Navy. On March 21, 2017 the Department of Navy issued a request for information notice or RFI to the public. The Navy is required by law to publish RFI notices when they intend to issue sole source contracts. This particular RFI indicated that, and I quote, the Navy has a requirement for high temperature superconducting wire assemblies. The Cryostat, HTS Wire, and Terminations are required to assemble HTS degaussing wire assemblies. It is the government's intention to award a firm fixed price purchase order, utilizing other than full and open competition to American Superconductor Corporation, AMSC. As only AMSC can meet the government's requirements. The Navy intends to issue a solicitation to the specified vendor to meet mission requirements." On May 30, 2017, the Navy posted this RFI notice for the second time. So that reset our clock by about 60 days. Our focus is to secure an HTS SPS order from the Navy. I hope to report back to you very soon. We will continue to develop the proprietary nature of our systems and work to increase the amount of AMSC contents per ship. We will pursue opportunities to further strengthen our system- level proprietary technology, whether that be through internal development or through acquisition of strategically important technology. We have unique system offerings and have developed system level understanding, system level differentiation, and system level know-how. Our strategy is to deliver system level value, value beyond the wire. We will continue to work to expand HTS technology into the fleet through a variety of applications for ship protection systems, power delivery systems and ultimately propulsion systems. I understand, people have been nervous about the Indian wind market, Inox. But hopefully today, the facts we put forward will provide some comfort and clarity to what's expected. We see Inox moving past the disruptions in the Indian wind market. They anticipate being able to rapidly build their backlog. We expect higher levels of ECS shipments to Inox in the second half of fiscal 2017 and our production plans reflect that. We are focused on continuing to grow our D-VAR business. The market is excited about our new VVO product. The value proposition of our REG solution is resonating with utilities in the U.S. and most recently with Seattle. And we believe that our opportunities with the U.S. Navy will be realized in the very near-term. We are executing against our goals and that is to the credit of our employees for their hard work and dedication. I look forward to reporting back to you with the completion of our second fiscal quarter of 2017. Cynthia, we can now take some questions from those that you have queued up.