Daniel McGahn
Analyst · MLV
Thanks, Dave. In July, we announced that we signed a multi-phased cost-sharing arrangement with DHS to deploy AMSC's resilient electric grid or REG system. And this would be into an urban electric grid in the United States. ComEd, Chicago's electric utility and one of the nation's largest electric utilities, has agreed to be the lead utility in the program. We've made good progress in the cable routing and substation assessments for the siting of the cables and support equipment. Engineering work for the overall cable system design and operating strategy is also moving along nicely.
Also as part of the DHS contract, AMSC will initiate an evaluation with at least 2 other utilities in the United States. We are actively in conversations with more than a dozen cities that have expressed interest in the REG system. In short, activities are moving forward and we are pleased with the progress. The program is on plan, and we believe we're in a position to finish the first phase of the project during either our fourth quarter of fiscal year 2014 or the first quarter of fiscal 2015.
Let me take a step back for those of you not familiar with our REG system. The inherent challenge with the widespread deployment of superconductors has been that the technology is fundamentally more expensive than copper. Superconductor-based systems need to offer value beyond copper. We believe that REG is such a solution. Today's urban utilities are facing a variety of challenges from increasingly intense weather events and cyber and terrorist threats to aging infrastructure and a growing population. As a result, urban utilities are under pressure to increase the reliability and capacity of the electricity infrastructure. Adding facilities and equipment is more expensive in the urban environment because of the higher cost of land and difficulties and limitations associated with construction in such environments.
Additionally, in the urban environment, reliability requirements are more strict and operating requirements, such as noise, safety, footprint and access are more difficult. While increasing reliability and capacity is a priority at many utilities, traditional solutions have significant drawbacks. They often require substantial land or right-of-way acquisition, significantly increase fault current levels, increase system vulnerability during construction and they can be very expensive. REG enables new ways to achieve higher reliability and load-serving capacity. For example, REG can enable the interconnection of substations as we plan to do in Chicago. Also REG can allow for simplified smaller and lower-cost new urban substations that don't require transmission feeds or power transformers.
As we interact with many utility engineers and show them this new solution, they are finding that it provides additional benefits beyond load serving and reliability. Since the announcement in July, we've had the opportunity to speak with a variety of utilities. As a result of those conversations, we are seeing new applications for REG, and we now believe that our early market projections were low. As we explore these applications with utilities further, we will come back to give you a feel for what the market opportunities truly are.
We want to give you an update on our progress in Korea. In October, we announced that Korea Electric Power Corporation, or KEPCO, and LS Cable energized the world's first high-voltage direct current, or HVDC HTS cable. The cable is at a smart grid demonstration site on South Korea's Jeju Island. KEPCO, Korea's largest electric utility, has been and continues to be committed to superconductor deployment. In fact, its stated objective is to be the foremost utility in superconductor-enabled solutions.
Finally on the Grid segment, we continue to work with the Navy on the deployment of ship protection systems on Navy surface ships. We continue to believe that we will receive an order by the end of fiscal year 2014.
Moving on to AMSC's Windtec Solutions, we license advanced wind turbine designs and provide electrical control systems to wind turbine manufacturers. Our products, which we call Electrical Control Systems, provide the brains for the wind turbine, allowing manufacturers to maximize power output and lower the cost of wind energy. Our highest volume customers currently are Inox Wind in India and JCNE in China.
Inox is planning to grow, and we believe the company is on its way to being a major player in the Indian wind market. In fact, Inox has nearly 1 gigawatt of orders in its backlog. The Indian wind market, driven by support from the current government, supports this level of growth. The recent change in the government of India is already demonstrating positive changes for the renewable industry. The new government reinitiated the accelerated depreciation incentive for wind, drastically increased its solar targets and announced plans to build the nation's first offshore wind power project. Industry analysts expect new wind installations to grow steadily over the next years, leveraging these government initiatives and support.
Similarly, the Chinese wind industry has reason for optimism. Analysts are predicting a record year for China's wind industry, believing that the country will install more than 18 gigawatts of new wind by the end of the year. Over the long term, analysts expect total new installations will exceed 230 gigawatts between 2014 and 2023. This optimism has begun to translate into JCNE's business.
JCNE is making progress in its wind turbine installations. The company is currently working on 3 wind farms, totaling 230 megawatts. Of these, 80 megawatts are installed and we expect 100 megawatt to be installed by the end of the calendar year, and the remainder to be installed during our first fiscal quarter. These installations mean that JCNE is reducing its inventory. Once the inventory is reduced, we expect that they will be in a position to accept additional contracted shipments.
Moving on to the Korean wind market. We believe that the offshore market in Korea is promising for AMSC and our licensees. We believe that Hyundai Heavy Industries and Doosan Heavy Industries are in a position to take market share in the offshore market as it emerges.
During the second fiscal quarter, we continue to make progress towards our goals. We received a $15 million follow-up on order from Inox which extended our existing backlog and provided greater visibility into FY '15 revenues. JCNE has progressed on the installation of more than 200 megawatts of wind turbines. We won 3 new D-VAR projects in our core markets, and we won a contract with DHS for REG and have been working to execute on milestones within that contract. This contract is the first step towards a permanent in-grid installation of the Resilient Electric Grid system. And from a revenue perspective, we believe that the second half of the year will be stronger than the first. We look forward to updating you following the completion of the third fiscal quarter.
And with that, I'd like to open up the line for questions.