Daniel McGahn
Analyst · Jefferies
Thanks, Dave. AMSC took another step forward in the third quarter as we met our expectations for both our wind and grid businesses. Our wind business continues to fare well, relative to the industry, for 2 primary reasons: Our unique business model and our strong presence in Asia. AMSC's business model, we define the companies we work with not simply as customers, but as partners. Partners because we're building relationships, not just executing transactions. We design wind turbines from the ground up for wind turbine manufacturers. This includes both onshore and offshore platforms, ranging from 2 megawatts to 10 megawatts, employing various types of drivetrains. We also provide value added services to our partners aimed at ensuring a rapid yet smooth manufacturing startup and commercial scale up process. Once our partners begin manufacturing its wind turbines, AMSC offers them a highly integrated set of electronics and controls for the wind turbine. These systems are, in essence, the brain of the wind turbine. They perform various functions including controlling the pitch of the blades and the rotation of the nacelle. Our systems also condition the power flow and connect the turbine to the power grid with low-voltage ride through, or LVRT functionality. Everything we do, from design to service, to component supply, is aimed at ensuring that our partners go-to-market with wind turbines that have compelling cost and performance advantages. And for each wind turbine our partner sells, AMSC benefits. This alignment of interest deepens our relationship and drives our growth.
While our business model is one of the ways we are creating a sustainable, profitable business, the other is our foundation in Asia. Today, we're serving many customers in mainland China, Taiwan, Korea, and India, and we serve these customers locally. The wind power market in these countries remains vibrant, especially when compared with Europe and North America. Our Korean partner, Doosan Heavy Industries, as well as Hyundai Heavy Industries, continue to expand their wind businesses. These multibillion dollar companies are targeting both onshore and offshore opportunities within Korea and internationally. In fact, activity within Korea's offshore wind power market continues to heat up. The country has 2 separate offshore projects in the works. One targeting 2,500 megawatts of installations and the other targeting 5,000 megawatts. Hyundai is particularly well-positioned for these projects with the 5-megawatt wind turbine that we designed and developed with them.
During the third fiscal quarter, Hyundai ordered its initial 5-megawatt wind turbine electrical control systems from us. And Hyundai continues to make progress outside Korea as well. For instance, just this past December, they commissioned some of their wind turbines in New York.
Another market that we continue to be encouraged by is India. The third largest wind power market in the world behind China and America, India is now transitioning from a tax credit system to a generation-based incentive for wind power. In other words, rather than providing a tax break on a wind project, regardless of the project's performance, India is incentivizing project developers to maximize their power output. So the benefit to the project owner and operator increases for every megawatt hour they produce. This is how Western markets operate, and it is the ideal scenario for AMSC because we enable our partners to provide competitively-priced wind turbines with exceptional performance and reliability. This change in policy has led to increasing participation from independent power producer in India's wind sector, which broadens the addressable market for companies like Inox, our partner in India. We believe these changes will serve as a strong foundation for Inox. And Inox isn't relying completely on project developers to drive their demand for their 2-megawatt wind turbines. They are developing their own wind projects as well.
And then, there is China. Many have faced challenges in this market recently, and of course, we have had more than our fair share. But as the market continues to evolve and mature, we're in a strong position to take advantage of this market with our best-in-class engineering, advanced technology, our local presence and our strong partners. In January, the China Wind Energy Association issued a preliminary report saying China's wind installations may have exceeded 20 gigawatts in 2011, setting a new record. This was a bit of a shock to most industry experts who have been expecting a double-digit decline from the 19 gigawatts that China installed in 2010. Just this week, the Global Wind Energy Council came out with a report of its own, saying China's wind installations were about 18 gigawatts in 2011. We'll see where the numbers shakes out in the end, but it's clear that China will remain, by far, the world's largest installer of wind power, representing nearly half of the global market.
2012 will be an important year for our business in China as we prepare to take market share with partners like JINGCHENG New Energy, XJ Group, Shenyang Blower Works, and Dongfang. Up until now, China's wind industry has relied heavily on wind turbines with power ratings of 1.5 megawatts or less. We expect the market to continue shifting to higher megawatt ratings, and each of our Chinese partners are now offering grid-friendly wind turbines with power ratings of at least 2 megawatts.
Now, let's turn to the grid side of our business, where we continue to make further progress. Our sales force continues to pursue and win orders for our D-VAR system from a diverse range of customers. You've heard us talk about this product for quite some time, and some of you may take it for granted, we do not. This is a product line that's a real strength for us, and more importantly, one with a great deal of potential. The fact is that our D-VAR product is very versatile. It resolves a variety of issues for a variety of customers. Wind and solar project developers are using our D-VAR solution to reliably and effectively connect their renewable power to the grid. That's been the major driver for this business in the past, but we're expecting to grow sales from a diverse customer base going forward. Electric utilities use D-VAR systems to enhance transmission system performance, eliminate power transfer limitations and prevent widespread blackouts.
And industrial operations benefit from the product's ability to maximize their uptime and their output, while at the same time protecting the broader network from disturbances that stem from these operations.
To date, our D-VAR product sales have been concentrated in a handful of countries, namely the United States, Canada, the United Kingdom and Australia. This is due, in large part, to grid codes that have been adopted in these countries related to renewables. But no matter where large wind and solar plants are installed, grid interconnection opportunities exist for us.
Since the Fukushima tragedy, Western European countries have been thinking long and hard about shifting more of their energy mix away from nuclear towards renewables. Germany has turned away from nuclear altogether. And France, which generates about 80% of its power from nuclear, has been scaling back its activities. We recently won our first D-VAR system order for a wind farm in France, and we continue pursuing other business in Western Europe.
In Eastern Europe, wind power installations in countries like Poland and Romania have been increasing substantially over the past couple of years. Assuming this continues as expected, Eastern Europe could be a key growth market for us. Time will tell.
During the third fiscal quarter, we won our first D-VAR system contract in Romania. It will be used to connect a 34-megawatt wind farm to the grid. These wins demonstrate we're expanding our footprint and maintaining our position as the world's leader in grid interconnection systems for renewable energy projects.
However, as I mentioned before, we see great opportunities to grow D-VAR system sales with electric utilities and industrial companies. In years past, virtually all of our sales to electric utility customers have been in the United States. In the near future, we'll be energizing our first D-VAR system for Aragon Electric, an Australian grid operator. It will replace their existing static bar compensator system and will allow Aragon to provide improvements in the power reliability and stability for their customers in Queensland.
And then there are opportunities in the industrial sector. For instance, the mining industry is now in the midst of a global boom. These types of operators rely on a large and steady flow of power, and they tend to employ massive induction motors that can cause voltage instability on the greater power network. D-VAR systems can mitigate these types of issues and ensure high power quality for both the industrial customer and the grid operator. While still small relative to the revenues we're generating with electric utilities and renewable project developers, we believe the industrial sector could serve as an incremental growth driver for us as we move forward.
In terms of our cable business, we continue to make headway on 2 projects that are underway here in the United States. Both are taking place in New York, a state with significant population density and power demand. Later this year, we'll be replacing one phase of Long Island power Authorities Superconductor Cable System with a cable made with our second generation or 2G wire. This will be the first long jet length 2G cable to be energized in the U.S., and it follows the energization of the world's first long length 2G cable in Korea that occurred in late 2011.
We also are forging ahead with project Hydra, along with our partner, Consolidated Edison. Funded in part by the United States Department of Homeland Security, this project is aimed at demonstrating the advantages of a fault current limiting cable in the power grid. Fault current limiting cables create more resilient and cost-effective power networks by enabling the connection -- substations, something you can't do with conventional technology today.
By connecting substations, utilities can maximize the use of equipment within those substations and also share load between regions and neighborhoods. As a result, these utilities can defer or avoid altogether the construction of new substations, addressing power bottlenecks more rapidly, and in the process, saving tens or even hundreds of millions of dollars. Fault current limiting cables are an exciting technology, but people don't buy technology. They buy what it does. These types of cables can transform the way electricity is transmitted and distributed. They can enable tightly meshed, highly reliable power networks that can energize nations around the world.
Korea, which energized its first distribution voltage superconductor cable in the grid last year, is now moving forward with 2 new projects of its own. One to deploy a transmission voltage alternating current cable system, and the other to deploy a transmission voltage direct current cable system in South Korea's grid. Both cables will be manufactured by our partners, LS Cable, and they will utilize our Amperium wire. We have seen activity to develop initial superconductor power cable systems in the grid in Europe as well. And we've also won recent wire contracts in countries like Russia, China and India. All of this activity bodes well for our long-term business.
As we move forward, we will continue to focus on 3 core financial objectives. The first is driving growth, and doing it with a diversified base of products and customers. The second is managing our cash, an issue that we are effectively addressing. And the third is continuing on our path to sustainable profitability.
We still have work to do in the fourth quarter, but our existing backlog provides us with confidence that we will close fiscal 2011 on a firm footing. We have taken aggressive action to lower our cost structure, which, in addition to our growth, positions us well to improve our bottom line and further reduce our cash consumption. We expect to benefit from our November cost reduction efforts in the March quarter, and we'll see the full benefit in the June quarter. At the same time, we will focus on continuing to build our book of business so we can drive year-over-year growth in fiscal 2012.
With that, let's open the call to your questions.