Daniel McGahn
Analyst · Cowen & Company
Thanks, Dave. I'll start today with our Windtec business unit. Through our Windtec Solutions, we provide our wind turbine licensees with fully integrated Electrical Control Systems, or ECS. The ECS consists of the electric pit [ph] system, converter system, power distribution cabinets and various turbine control cabinets, as well as our SCADA solution and software. By using our integrated Electrical Control Systems, we believe our customer's wind turbines provide higher availability, reliability and optimize energy output.
We have been exploring new wind turbine licensing opportunities with a number of potential partners in Eastern Europe, Russia and Brazil. If we identify the right opportunity with the right partner, we certainly will see if we can expand into these other emerging wind markets.
Focusing specifically on India, the wind market in India looks bright for Inox. According to the Global Wind Energy Council, the Indian wind energy sector has a total installed power capacity of 23.5 gigawatts as of March 31, 2015. In terms of wind power installed, India is a major player in the global wind energy market, and ranks fifth in the world in cumulative installations according to industry analysts. Policies such as accelerated depreciation benefit and generation-based incentives seem to be having a positive effect on the Indian wind market. Additionally, multiple states in India now have multiyear tariff policies. Stakeholders are bullish about the future of the Indian wind energy sector.
The government has announced an impressive target of having 60 gigawatts of wind energy capacity installed by 2022, which is more than double the existing installed capacity. Inox has benefited from supportive government policies as well as a strong business model, and during its recent quarterly earnings call in October, announced that it had an order book of about 1,200 megawatts as of the end of September. In fact, Inox has indicated that they expect to be at manufacturing capacity for the next 12 months. Inox is currently in the process of increasing its annual manufacturing capacity to 1,600 megawatts, which is double their current capacity of 800 megawatts.
In the second quarter, our revenues to Inox more than doubled year-over-year. We expect to continue to support Inox's road map for the future, including the supply of 2-megawatt ECS units and to provide design support for next-generation turbines as well.
Internally, we are now fully supporting Inox's demand out of our manufacturing facility in Romania. Our facility in China is supporting our Chinese customers, and it can provide surge capacity to support our other wind customers as needed. To be clear, we remain committed to our Chinese customers, and we will continue to provide ECS as well as service and spare parts for the Chinese market.
Let's move on to our Gridtec business unit. Our Gridtec business consists of power electronics for renewable, utility and industrial customers as well as high-temperature superconductor or HTS-based systems for electric grid and military applications. Our D-VAR STATCOM product addresses 3 primary end markets: renewable energy interconnections; electric utilities; and industrial installations, such as semiconductor fabs.
In renewable energy interconnections, AMSC's D-VAR product enables seamless connections to the power grid and eliminates voltage surges and sags. For electric utilities, the D-VAR solution can help utilities carry more power through their existing transmission and distribution assets. It can also enhance transmission system performance and prevent widespread blackouts. Industrial applications such as semiconductor fabs require high power quality. This is because that even the slightest variation in voltage can compromise an operation and result in significant costs. D-VAR systems can mitigate these types of issues and ensure high power quality for both the industrial customer and the grid operator.
While we continue to see a lot of activity in renewable applications for the D-VAR, we are also actively working to expand sales into utilities and industrial markets through our expanding sales network. We have been encouraged by the order flow of our D-VAR product so far this year.
In the third quarter, we expect to generate our highest D-VAR revenues in nearly 3 years, due to expected shipments to customers in Asia and Africa. Also within the Gridtec segment are our HTS system products, which serves the primary target markets of the U.S. Navy and electric utilities. AMSC has been working with the U.S. Navy for many years on the development of HTS systems for the fleet. We believe HTS systems could play a significant role in future Navy vessels, enhancing ship protection systems, shipboard power systems and eventually, propulsion systems. As we discussed on the last call, we have received an $8.5 million order from the U.S. Navy for Ship Protection System components. We expect revenues under this contract starting in fiscal 2016. We are continuing to work with the Navy and shipbuilders to understand their unique needs and how our Ship Protection Systems can integrate into existing and future vessels. The U.S. Navy views our Ship Protection Systems as enabling technology for a number of ship protection applications. One, which we have discussed many times, is degaussing. However, we believe that there are additional ship protection applications where HTS-based systems can play a significant role. We are developing products with the aim of increasing our available market of ship protection products with the U.S. Navy. In fact, we are already underway with design work for the next Ship Protection System application.
As I mentioned earlier, our product road map with the Navy goes beyond Ship Protection Systems. During the second quarter, we received another order from the U.S. Navy to develop HTS power cable hardware for shipboard power applications. This order is in addition to the $8.5 million order I just mentioned. This is the next step in our product road map with the Navy. We are pleased with our progress, and I look forward to reporting additional progress in the coming quarters.
Let's turn now to our REG product, Resilient Electric Grid. The benefits from REG are simple. Our REG system can deliver more power, help to prevent power failures, and take up less physical space, all much needed features in today's dense and busy American cities. REG can enhance the capacity and the reliability of the grid.
Our REG system is based on our high-temperature superconductors, which in addition to being much more power dense than traditional copper, are able to automatically and instantaneously adapt to power surges and disruptions from lightning strikes, heat waves, traffic accidents and even sabotage.
Let me step back and explain how the REG system works. Electrical substations take electricity delivered over the transmission and distribution lines, and lower the voltage so they can be used by homes and businesses. Even if power is lost to an individual substation, by creating multiple redundant paths for the electric current, our REG systems allow quick power restoration to all the surrounding power loads. Our REG product can be configured into loops or branches.
AMSC's power loop solution leverages the unique fault-current-limiting capabilities of our HTS wire to provide a resilient and efficient interconnection of substations. Our power loop solution could allow substations that have been intentionally isolated from one another in the past, for fear of cascading failures, to be interconnected in order to share power and assets.
Many of our most recent conversations with utilities have focused on AMSC's power branch solution. For applications focused on capacity improvement, our REG solution can be designed into a branch configuration. In this application, the REG system connects an existing large urban substation with a new, much smaller and more simplified substation within the city at a lower cost.
The smaller urban substation does not need large power transformers and takes up much less space, thereby significantly reducing real estate, construction and other related costs in the urban area. This represents value to a utility beyond reliability and redundancy. In the next few months, we expect to complete the detailed deployment plans with ComEd in Chicago for a permanent operational installation of our REG product in Chicago's central business district, which is being funded in part under a cost-sharing arrangement with the department -- U.S. Department of Homeland Security or DHS. Under this cost-sharing arrangement with DHS, we were required to partner with at least 2 additional cities in the U.S. to perform deployment studies for the REG system.
Following the announcement by Boston's Eversource in April, in July we announced that Pepco, Washington, D.C.'s electric utility, is undertaking a deployment study of our REG system as well. Pepco, in Washington, D.C., has expressed a high level of interest, and we are currently working with them on system design for a REG solution to substantially increase the reliability at several key substations in Washington, D.C. The high-level design of the solution is substantially complete, and work is currently focused on choosing among possible operational approaches for the solution. This plan is aimed at substantially increasing the reliability of the distribution system by reducing both the frequency and duration of outages. As we mentioned last quarter, the design for Pepco looks to be, in some scenarios, potentially larger than the design for ComEd.
Let's talk more about the project with ComEd in Chicago. In the second quarter, we received a contract modification from DHS for $3.7 million. These monies were allocated from the original $60 million funding expectation to be provided by DHS, bringing total authorized funding under the project to $5.2 million. These funds bridge our efforts between the deployment planning and construction phases of the project, and provide for the purchase of certain long lead-time equipment and to perform engineering activities, which are required prior to construction. This contract modification is expected to extend funding through May of 2017. As I mentioned earlier, this funding is a bridge between the $1.5 million deployment planning phase, which we expect to complete by the end of the third fiscal quarter, and the construction phase.
I want to make sure we're clear on timing. We will begin working soon on the engineering activities, funded by the $3.7 million contract modification. We expect to recognize revenue from this work during fiscal 2016. According to the contract modification, those efforts must be completed by May of 2017.
We cannot provide an estimate, at this time, as to if and when the construction phase of the project will begin. Our work during the deployment planning phase has identified some new issues to be resolved before the parties can proceed with construction. I do want to say that these issues are not related to the product, the technology or the value proposition. We believe these issues can and will be overcome. I am pleased that DHS continues to support the program through additional authorized funding to allow time to further the project and resolve these issues.
To be clear, it is not anticipated that completing the work under this new engineering phase will be a prerequisite to beginning the construction phase. In other words, these tasks could occur concurrently. All 3 parties, DHS, the utility in Chicago and AMSC, still have to agree in order to go to the next phase.
I'm encouraged by the progress we're making with REG. Over the past 2 quarters, our conversations with other utilities have matured and have become more substantial. Through these conversations, we believe that REG is a near-term solution for the complex challenges that utilities are facing today.
In summary, in Wind, we are optimistic about the wind market in India, and believe we are well positioned to support Inox's capacity expansion going forward. Our Gridtec segment has its sights set on growth. We are working hard to further penetrate renewable energy applications as well as industrial and utility opportunities for our D-VAR product line. And our focus on deploying complete HTS systems is paying off. We expect increasing opportunities within the U.S. Navy and the electric utility market for HTS system technology.
We achieved the near-term business objectives we set for ourselves during the first half of fiscal 2015. Credit for that goes to our employees for their hard work and their dedication. This hard work is paying off, as we expect higher sequential revenues in the third quarter and continued improvement in our financial results. I look forward to reporting back to you at the completion of our third fiscal quarter.
And with that, Tanisha, I'd like to open up the call to questions.