Randall MacEwen
Analyst · Wainwright & Co
Thanks Guy, and welcome everyone to our first quarter 2018 earnings conference call. Our Q1 results were consistent with the type of start for the year we had anticipated. As has been typical with past years our revenue cadence through 2018 features a relatively slower first half followed by an expected increase in business levels in the second half. As previously indicated, we're expecting a relatively flat 2018 overall. However, I want to point out of the relatively high level of one-time technology transfer revenue in China last year is masking underlying growth this year. We continue to be very excited by the growing opportunities set we see in heavy duty mode of applications, where customer requirements include long range, rapid refueling, medium to heavy payloads and route flexibility. I want to direct you to Slide 5. In a 2017 report prepared for the hydrogen council, McKinsey concluded that fuel cell electric vehicles offer the most effective solution for vehicles weighing more than about seven tons; we're traveling more than about 100 kilometers on a daily basis. There are three additional notable points. First, in each of these markets, including city bus, heavy trucks, trains and trams, fleets and taxis, and light commercial trucks, there each large addressable market. Second, many of these applications feature centralized return to base or deeper refueling, which represents the lowest barrier for hydrogen refueling infrastructure. And third, in many of these markets Ballard has industry leadership positioning including talent, technology, products, field experience, service support, and brand. In my view what's been most exciting so far this year is the growing interest in meaning progress we made across a number of transportation applications deducted in this McKinsey graphic. I want to be very clear all market signals are positive. Today the interest in hydrogen fuel cells is real and growing and Ballard is well positioned. I'd like to summarize recent important developments which underpin our perspective on future growth. Looking first of the transit bus market, we announced this week a firm purchase order with a key partner Van Hool, a Belgian bus OEM to supply all 40 of the fuel cell engines that will support the German cluster under the JIVE program. These 40 engines which we expect to begin shipping in 2018 will power zero emission fuel cell electric buses to be deployed in Cologne and Wuppertal Germany beginning in 2019. This is the largest fuel cell bus program announced to date in Europe. In the U.S. bus market, progress continues, particularly with our key partner New Flyer. Last week, Orange County Transit Authority awarded New Flyer 10 fuel cell buses. We also expect another 10 fuel cell buses to be awarded by AC Transit later this year. In the commercial truck market, progress also continues particularly on the planned deployment of 500 licensed fuel cell electric commercial trucks in Shanghai this year, all using Ballard fuel cell stacks technology. Approximately 80 of these trucks are now in normal operation with another 220 in trial operation. In the U.S. commercial truck market, during Q1 we announced that Kenworth hybrid Class-8 drayage truck using a Ballard FCveloCity module that successfully completed initial road testing in the Pacific Northwest. The truck was also displayed at the 2018 Consumer Electronics Show in Las Vegas. This moves the program to the next stage, which involves extensive on road trialing at the ports of Long Beach and Los Angeles. We also announced another U.S. medium-duty commercial truck activity during the quarter, specifically the signing of a contract with CALSTART for an FCveloCity module to be used in a trial of a hybrid UPS Class-6 delivery vans operating in the LA area. This is another example of fuel cell electric vehicles addressing limitations of batteries in a target use case. The battery-only UPS delivery vans are often limited to specific routes with modest range and flat terrain. CALSTART has stated that at least 1,500 UPS vans operating in California are prime targets for this hybrid fuel cell solution. It's important to note that medium and heavy-duty trucks account for a disproportionately large percentage of CO2 emissions in the transport sector, including 26% in the U.S. And with significant use of these trucks at ports, including 21,000 Class 8 drayage trucks in use today at the ports of LA and Long Beach alone. The focus is increasing on this environmental challenge. Turning to the train market. In Europe, during the quarter Siemens announced receipt of approximately €12 million in funding to support the development program for the Siemens Mireo, which is a zero-emission fuel cell light rail commuter train. This is important progress in relation to our November 2017 announcement of a multi-year agreement with Siemens for the development of a customized 200 kilowatt fuel cell module to power the Mireo. The Mireo's lightweight design, energy efficient components, and intelligent onboard network management capability well results in the use of up to 25% less energy than traditional electrified trains with similar passenger capacity. With initial deployments plan for 2021, the Mireo will also reduce infrastructure costs and minimize environmental impact. In the marine market in addition to our initial collaboration activities with ABB and Royal Caribbean cruises that we previously discussed. This year we also announced a successful integration and testing of Ballard 30 kilowatt modules in a hybrid build in Japan. The modules were sold through our distribution agreement with Toyota Tsusho to Yanmar, a major industrial equipment manufacturer in Japan. The testing was focused on the establishment of safety guidelines for hydrogen fuel cell powered boats operating in Japan's restricted coastal waters. It's an important step in the wider adoption use of fuel cells in Japan's marine sector. And just to underscore the momentum that's beginning to build in the marine sector, the United Nations, International Maritime Organization or IMO announced the signing of a historic agreement last month by 170 member government, establishing aggressive reduction targets for greenhouse gas emissions in the shipping industry. The targets are to reduce GHG emissions to 40% of 2008 levels by the year 2030, 50% by 2050 and completely eliminate GHG emissions by the end of the century. On the light-duty end of the spectrum of transportation applications, several important developments have occurred since our last conference call. In terms of material handling, we've made a number of important announcements. First, we're very pleased with our announcement two days ago, relating to the signing of a Master Supply Agreement with Hyster-Yale to supply minimum annual volumes of air-cooled fuel cell stacks through 2022 that will power Class-3 lift trucks such as such as pallet jacks as part of Hyster-Yale's ongoing fuel cell forklift program. In addition we will be supporting the design of the electrical propulsion system for these Class-3 Hyster-Yale trucks. This initiative complements the Nuvera liquid cooled fuel cell stack offering. So it's exciting for us to be working with the forklift manufacturer that's leading the OEM community in terms of fuel cell power trucks. Second, as referenced on our previous call, we signed a $4.2 million initial contract with an unnamed strategic customer for a multi-year Technology Solutions program to develop an ultrahigh durability and high performance air-cooled fuel cell stack that can be used to power Class-3 forklift trucks. This program is targeting the development of a stack with 20,000 hours of operating life, which will of course be another important factor in driving down product cost and strengthen your value proposition in expanding the addressable market. And finally, we received a follow-on purchase order from Nisshinbo to progress our previously announced Technology Solutions program, first focused on the development of Non-Precious Metal Catalyst-based fuel cell stacks. This multi-year effort is expected to result in significant cost reduction of both air-cooled and liquid-cooled stacks for use in material handling applications. These programs are very positive indicators of Ballard's future opportunities in the evolving material handling space, as we believe the market will move to purpose built fuel cell forklifts in the longer term. Also in a light duty area, we continue to make progress in the unmanned vehicle market through our subsidiary Protonex. While this is a nascent market and most of our work at this point has been with military customers, we believe that both military and especially commercial unmanned vehicle demand are poised to grow dramatically over the three-year to five-year time horizon. Our collaboration with Cellula Robotics was recently announced as we work together on the development of a fuel cell powered long range autonomous underwater vehicle work that's being funded on our contract with the Department of National Defense in Canada. This is the first of a possible three phase program with the potential to dramatically reduce the cost of ocean exploration, observation mapping by enabling month long underwater autonomous missions. Finally with respect to Protonex power management product, we announced two SPM-622 military purchase orders in Q1 with a total value of $3.5 million. The first PO value of $1.6 million was shipped in the quarter with the remaining $1.9 million PO plan for shipment later this year. With that, let me now turn the call over to Tony for his review of Q1 2018 results. Tony?