Randy MacEwen
Analyst · Lake Street Capital Markets. Please go ahead
Thanks, Guy and welcome everyone to today's conference call. Q1 2019 results were consistent with our expectation for a softer start to the year. We delivered revenue of $16 million, gross margin of 14% and ending cash reserves of $165 million. With a 12 month order book of $76 million at March 31, bolstered by the $44 million deal with our Weichai-Ballard joint venture announced yesterday. And further supported by our sales pipeline, we have a strong set up for the back half of 2019 and forecasted growth into 2020. With an extraordinarily high level of activities, developments and progress bubbling below the surface that are not reflected in our Q1 results. As a result, our long-term outlook is very strong. Our line of sight to commercial scaling and profitability is improving. With a backdrop of continued encouraging policy and industry signals in the first quarter, we made solid progress in the execution of our corporate strategy across key markets. We see clear signs of diesel engine disruption in heavy and medium duty motive applications including bus, commercial truck, rail and marine. We expect fuel cell electric vehicles or FCEVs to offer a compelling zero mission value proposition for use cases requiring long range, rapid refueling, heavy payload and route flexibility and where the barriers to hydrogen refueling infrastructure are lowest, such as centralized depot refueling. As demonstrated at the ACT Expo held in April in Long Beach, there's a fast growing movement towards electrification of commercial trucks. There's also a growing recognition that lithium-ion batteries are too heavy for Class 8 long haul applications and this market is best served by fuel cell electric solutions. Truck emissions typically don't receive the same level of attention as to the emission standards for passenger cars. There is now growing evidence that change is underway. Of course, the global truck market is massive. In 2018 global truck sales were $3.2 million including heavy-duty truck sales of 2.4 million units. Notably, China accounted for 1.3 million trucks sold in 2018 or approximately 41% of the global total and 49% of global heavy-duty trucks sales. In Europe, road transportation accounts for almost 20% of all CO2 emissions with trucks alone, accounting for about 30% of the transportation total. Truck sales in Europe were just under 400,000 units last year or about 12% of global sales. So the issue of truck emissions in Europe will continue to grow and garner significant attention. In February, the EU agreed for the first time to place restrictions on trucks CO2 emissions, setting new limits at a 15% reduction by 2025 and 30% by 2030. In 2022 the rules will also be extended to medium-duty trucks, buses and trailers. As with cars, individual OEMs will be subject to specific EU CO2 emission targets based on their fleet composition. There'll also be financial penalties for non-achievement of the CO2 targets. Globally, we expect other countries to follow this landmark EU legislation. We believe that truck emissions in the future would be more heavily regulated with countries like China, the U.S., Canada, India and Japan currently reviewing the EU measures closely. And we expect CO2 emission targets and resulting fines like those contemplated in Europe to become a key factor in the investment by truck OEMs in zero emission technologies and solutions including fuel cells. I'd like to now provide an update on China where the market for FCEV continues to evolve. Speaking to the Automotive News China publication in March, professor Ouyang, a member of the Chinese Academy of Sciences and Dean of the Department of Automotive Engineering at Tsinghua University forecasted 1 million FCEVs on the road in China by 2030. We estimate there are currently over 2,500 fuel cell electric vehicles deployed in China, about 45% of which are buses and 55% are trucks, with Ballard technology inside roughly 70% of all of these vehicles. Commercial vehicles in China powered by Ballard technology have now driven in excess of 8 million kilometers. Furthermore, we estimate there are now 24 hydrogen fueling stations in operation in China and another 37 currently under construction. Importantly, on March 15, China State Council announced the inclusion the annual government work report of a proposal to promote the development and construction of fueling stations for hydrogen fuel cell vehicles. In March the to Ministry of Technology also announced changes to battery electric vehicle or BEV new energy vehicle subsidies. The national subsidy levels are being reduced by 50% for BEVs with a range in excess of 400 kilometers and being completely eliminated for BEVs with a range of less than 250 kilometers. In addition, local subsidies are being eliminated altogether. On a relative basis, there continues to be strong subsidy support for FCEVs in China and we're awaiting the release of a new subsidy policy for FCEVs expected by the end of June. Also, our progress on the Weichai collaboration is tracking on plan. This work has included key development and testing activities on our next generation LCS stack and next-generation module and early technology transfer activities. Planning and construction activity in the joint venture facility in Weifang, Shandong province is tracking ahead of our initial expectations and we're currently anticipating completion and commissioning of the facility later this year. Overall remain bullish on the long-term outlook for the FCEV market in China and we expect our Weichai-Ballard joint venture to become the leading PEM fuel cell platform in this large market. And on that point, yesterday we announced a $44 million agreement with the Weichai-Ballard joint venture for products and services to enable Weichai's initial deployments against its commitment to supply a minimum of 2000 fuel cell modules for commercial vehicles in China by 2021. Moving now to Europe. As we continue to await the late JIVE program orders for buses, key developments during the first quarter related to considerable progress we made in the marine sector. Just a reminder that, at Ballard we're focusing on utilizing the same technology, products and core competencies to address power needs across a range of transportation in motive applications including buses, trucks, trains and now marine. This is an effective strategy to manage costs and leverage our technology advances for maximum advantage in the marketplace. Reduction of pollutants and carbon emissions is a high priority for the marine industry and for port cities around the world. Governments are introducing regulations to restrict diesel emissions, which is contributing to greater interest in zero emission fuel cell technology, having estimated that ships emitted more than 1.1 billion tons of CO2 in 2008 representing 3.5% of the global total that year. The United Nation’s International Maritime Organization subsequently announced a strategy to reduce greenhouse gas emissions from ships including a 50% reduction target in GHGs by 2050, as compared to the 2008 level. Against this backdrop, we expect fuel cells will offer a strong zero-emission value proposition for the marine market in both standalone and hybrid configurations with batteries based on design flexibility, extended range, and total cost of ownership. Last year, we announced our MOU with ABB in relation to the development of a large scale fuel cell system for port-based hotel power in the cruise ship segment. We also announced our work in a consortium to build and launch the HySeas III ferry, which will operate off the coast of Scotland. In Q1 this year, we announced our participation in the H2PORTS project, which is aimed at facilitating a transition at European ports from fossil fuels to low carbon zero-emission alternatives based on hydrogen in fuel cells. The first H2PORTS initiative is the deployment of fuel cell powered equipment and mobile hydrogen refueling station at the Port of Valencia in Spain. Norway has been a leader in regulating movement towards electrification in the car market and more recently in the marine sector, where Norway has close to 200 ferries carrying passengers, cars and trucks through at its extensive coastal networks. Subsequent to Q1, we announced a supply agreement with Norled A/S, one of Norway's largest ferry operators to provide next generation 200-kilowatt power modules for a hybrid ferry that's planned to be an operation in 2021. The Norled ferry will be capable of carrying up to 299 passengers along with 80 cars and would be the first liquid hydrogen fuel cell power ferry in commercial operation globally. And finally, with the increasing pressure on port cities to decarbonize maritime applications, last month, we announced our plan to establish a Marine Center of Excellence or Marine COE at our engineering, manufacturing and service facility in Hobro, Denmark. The Marine COE will design and manufacture heavy duty fuel cell modules to address zero-emission powertrain requirements for the fast emerging marine industry. We have planned a new mode of fuel cell system manufacturing hall that would be constructed and operational at the Hobro location by year end 2019 with expected annual production capacity of more than 15 megawatts of fuel cell modules. Development work at the Marine COE will be based on our new FCgen-LCS fuel cell stack and FC Move HD fuel cell module. All Marine COE development work will be designed to meet European marine codes and standards and other applicable certification requirements. In North America, an exciting development during Q1 was the successful completion of rigorous testing at the Altoona Bus Research and Testing Center by New Flyer’s 40-foot and 60-foot Xcelsior fuel cell-electric buses both powered by Ballard FCveloCity-HD 85 kilowatt modules. As a result, these New Flyer buses now join the El Dorado National 40-foot Axess bus also powered by Ballard in being the only fuel cell buses commercially available for sale utilizing Federal Transit Administration funding in California HVIP funding. Moreover in April, New Flyer announced successful demonstration for an Orange County Transit Authority of 350 miles of zero-emission range with this 40 foot Xcelsior CHARGE H2 bus equipped with Ballard's fuel cell technology. This result exceeds the 300 mile performance target by 17% without refueling. The bus operated for 28 hours with a payload representing fully seated passenger capacity and achieved 10.4 miles per diesel gallon equivalent. This is exciting performance that underscores the capability of Ballard powered fuel cell buses and the value proposition of long range. Also, our Unmanned Aerial Vehicle or UAV team together with Rob Campbell, Ballard's Chief Commercial Officer participated this week at the AUVSI Xponential conference and expo in Chicago, where we launched our 600-watt and 1200-watt FCair fuel cell systems. These systems are used to power fixed wing and multirotor UAVs and what we see as an exciting and fast expanding market opportunity. To conclude, there's mounting evidence that the shift to zero-emission transportation is now underway and FCEVs will play an integral role. And at Ballard, we believe we're positioned at the center of this transition with highly disrupted fuel cell technology. I look forward to our next update call, where we expect to discuss a number of exciting developments that further demonstrate this pending transition. And with that, I'll turn the call over to Tony to briefly review the financials.