George Kirby
Analyst · H.C. Wainwright. You may begin
Thanks, Sean. Good morning everyone. Although I’ve already spoken with many of you on this call, I want to take a moment to introduce myself. I joined OPT as CEO at the beginning of this year and I am excited about the prospects of our technology applications in our chosen markets. We’ve performed an in-depth review of the company’s operations, strategy and commercialization initiatives, and I am very enthusiastic about the opportunities ahead of us. I am looking forward to working with our customers, the OPT team, and shareholders as we transform our company into a leading energy technology company. Let’s begin with Slide 3, as I’d like to review some of the recent developments at OPT. First, I am excited to say that we have three PowerBuoy deployments planned for calendar year 2015 and I’ll be providing more details on this later. Additionally, we’ve made significant progress on the redesign of the APB-350. The new Power Takeoff design or PTO is lighter weight, it’s less expensive and we believe more durable. In addition to our Ocean deployments, our plan is to demonstrate durability using a Highly Accelerated Life Test or HALT, which is scheduled to begin in May. Other recent highlights include significant works on the Mitsui engineering and shipbuilding contract. As a reminder, this contract is undergoing a stage-gate review and we more fully describe this in the MD&A section of our latest 10-Q. Lastly, we received $1.1 million through the New Jersey Tax Certificate program. This cash infusion will be used to help offset our product development cost and company operations. Moving to Slide 4, I’d like to provide a little additional color around our planned PowerBuoy deployments. We recently completed the relocation and reassembly of the PB40 PowerBuoy in Bayonne, New Jersey. From a timing perspective, we expect the PB40 to be fully tested and ready for deployment later this month and it will be our first in calendar 2015. Actual deployment is expected to occur as soon as final permits are received and an acceptable weather window opens. The PB40 features our modular PTO, which can be scaled for Buoys of various sizes and a range of power outputs. Furthermore, several of the PB40 components and subsystems are common to our APB-350 PowerBuoy and we expect that the PB40 deployment will further validate critical design and performance parameters related to the ongoing APB-350 optimization. The second expected deployment is our optimized APB-350 PowerBuoy. What I’ll tell you is that this device is a strategic fit for us as we believe that we remain well positioned to capitalize on the growing market for off-grid power production at smaller scales. We are excited about our next-generation APB-350 we refer to it as A1. We expect to deploy this prototype in the summer of 2015. A1 will utilize the existing Buoy structure deployed in 2013 and will include a newly designed PTO and upgraded components. Our third planned 2015 deployment will be the APB-350A2. This unit is being designed with an optimized geometry for improved operating efficiency, as well as reduced fabrication, transportation and deployment cost. Our plan is for A2 is to also incorporate and improved energy storage system and to undergo a preliminary design review in the second calendar quarter of 2015 with a planned deployment in late 2015. Turning to Slide 5, I’d like to discuss the key strategic shifts we are making at OPT. After conducting a comprehensive review of our technology, our markets and opportunities, we believe the highest return opportunity for our technology is in smaller scale applications, which offers a number of benefits versus largest utility scale power projects and we will better serve our company and our shareholders. We believe this will result in a more manageable technical roadmap with more near-term deployment opportunities and better risk and cost management. We also believe this strategy gives us a more cost competitive solution and as a result will lead to faster commercial revenues. There are four key market segments which we are targeting, Ocean Observing, Offshore Wind, Defense and Security, and oil and Gas. To help you better understand how our technology functions in these markets, I’d like to provide you with two examples. Let’s start with the Ocean Observing industry. There are several thousand systems deployed today collecting various meteorological and ocean data to support weather monitoring and prediction and to support studies in climate change and maritime operations. This data is also important to Defense and Security as well as the Oil and Gas industries, which must design, build and operate structures that endorse this harsh ocean environment. These systems predominantly use battery and solar power, which lasts from three to 12 months before requiring service. Ocean Power Technologies’ PowerBuoy system is intended to provide these industries with significantly more continuous power than it’s commercially available today for autonomous applications and with what we expect to be a substantially longer service interval, thus enabling new or enhanced data collection opportunities. The Offshore Wind industry is also very exciting for us. It requires substantial data to determine ocean environment and wind resource conditions for turbine design and layout, power generation prediction, and for financing purposes. Wave powered mobile monitoring system is a redeployable asset for use across multiple projects during early-stage development or it’s advantageous during the entire project life cycle for monitoring and correlation of project output to the wind resources. So we see significant opportunities in this market in the UK and there is already growing potential here in the US as well as Asian markets. Moving on to Slide 6, as mentioned in our recent public announcements, we have carried out a strategic pivot. We are shifting our focus toward what we believe to be a faster path to commercial revenues with lower technical and manufacturing risk and a lower and more attractive overall cost. We are moving away from large utility scale project development to address the needs of autonomous remote applications as our first priority. We believe that our products and technologies will offer disruptive and enabling advantages such as reliable, persistent power supply, reduced maintenance and support, competitive economic value, and multi-sensor capabilities, given increased power and enhanced interface and packaging compatibility. As previously mentioned, A1 is anticipated for deployment this summer demonstrating what we expect will be our commercial-ready PTO system. A2 deployment is expected later in 2015 and we expect this to demonstrate our commercial-ready structure. The goal of these efforts is to help us validate the reliability, sea worthiness and manufacturability of the APB-350. Also discussed earlier, we are preparing to deploy our PB40 when permitting and weather allows and in addition to incorporating our modular PTO technology, the PB40 includes various components and sub-systems that are used to on-board the APB-350. So this deployment will provide additional important data related to performance risk of the 350 as well as critical information related to the scalability of our technology in general. I’ll now turn it over to Mark who will review our financial results in the quarter. Mark?